Director: Prof. Dr. Dr.h.c. Ν. C. Markatos, DIC,PhD, C. Eng., Prorector

NATIONAL TECHNICAL UNIVERSITY OF ΑΤDEPARTMENT OF CHEMICAL ENGINEERINGSECTlON Π: PROCESS ANALYSIS & PLANT DESIGNComputational Fluid Dynamics Unit

9 Heroon Polytechniou Str, Zographou Campus, GR 157 80, Athens

Tel.: (+301) 772 3126, 772 3227, Fax: (+301) 772 3228

e-mail: n.markatos@ntua.gr

Αθήνα 25 Φεβρουαρίου 2013

Καθηγητή κ. Διονύσιο Τσιχριτζη,Πρόεδρο Συμβουλίου Διοίκησης του Πολυτεχνείου Κρήτης

ΘΕΜΑ Αίτηση ΥποψηΦιότητας για τη θέση του Πρύτανη.

Αγαπητέ κ. Πρόεδρε,Με την παρούσα μου επιθυμώ να υποβάλλω υποψηΦιότητα για τηθέση του Πρύτανη του Πολυτεχνείου Κρήτης.Σχετικά υποβάλλω,1.Την παρούσα ως Αίτηση,2.AvτιγραΦo Δελτίου Ταυτότητος3.ΒιογραΦικα εις την Ελληνική και την Αγγλική καθώς και σύντομοβιογραΦικό κατά τα Ευρωπα'ίκά πρότυπα.4. Λίστα επιστημονικών Δημοσιεύσεων5.Το όραμα μου για το Πανεπιστήμιο του 210υ αιώνα ,πουπαρουσιάστηκε σε Ευρωπα'ίκή Συνάvτηση Παιδείας6.Την εισήγηση μου για κάποιο άλλο μικρό Πανεπιστήμιο ,και παρακαλώ για την κοινοποίηση τους όπου δει.Σας ευχαριστώ πολύ για την προσοχή που δεν αμΦιβάλλω ότι θαδείξετε στο θέμα,Με Εκτίμηση,Νίκος Μαρκατος,DIC,ΡhD,CEng,FIChΕ,FRSΑΟμότιμος Καθηγητής ΕΜΠ,πρώην Πρύτανης ΕΜΠ

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During his University studies he was involved ίπ the students' movementfor Peace and Democracy.

He graduated ίπ June, 1967, (fίrst ίπ rank among a/l the students ofthe University). During his studies he was awarded fίve scholarshipsand three University Awards for his exce/lent performance as a studentand his character, (the Thomaidion Award ίπ 1966 and ίπ 1967 and theXrysovergion Award ίπ 1967).

He served his military service from October 1967 to October 1969ίπ the Supplies and Equipment Corps.

From November 1969 to September 1970 he worked ίπ the"VIOCHROM" -Procter & Gamble Hellas Industry, initially as a UnitOperations Engineer, and then as the Cost and Methods Manager.

From 1968 to 1970 he attended Postgraduate Studies at theAthens School of Economics, from which he graduated ίπ 1970 with anΜΑ ίπ Business Administration.

From October 1970 to November 1973 he attended Postgraduatestudies ίπ Advanced Chemical Engineering and Technology at theDepartment of Chemical Engineering of Imperial College of Science andTechnology (University of London). After succeeding ίπ the M.Sc.examinations, he worked οπ a PhD thesis entitled:" Transport ProcessesThrough Wavy /nterfaces" which was concluded ίπ 1974. That year hewas awarded the DIC (Diploma Imperial College) and Ph. D degrees.

Ιπ January 1974 he was appointed Post - Doctoral ResearchAssistant at Imperial Co/lege (Fluid Dynamics and ThermodynamicsSection, Mech. Eng. Dept.) and worked with the well-known ProfessorD.B. Spalding, FRS, with whom he continues to collaborate untίl thisday.

Ιπ parallel he started working for CHAM Ltd, (Concentration Heatand Momentum, Limited) London, England, the world-Ieader ίπ fluid-flowsoftware, that was then developing unique and pioneeringcomputational methods to solve problems of Heat, Mass andMomentum Transfer, with turbulence and with chemically reactingspecies. Ιπ that company he worked fίrst as a Group Leader of theAerospace Group (1976) and then, from 1977 onwards, as the Managerof the Applications Team, being responsible for all the ApplίcationGroups that were carrying out projects for research centres andIndustry, οπ various Fluid Mechanics, Thermodynamics and Transport

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Phenomena problems ίπ Aerospaee, Combustion, Environmental andProeess Engineering. He worked for CHAM Ltd unti11984.

During his work at CHAM Ltd. he was eleeted Extra-MuralAeademie Advisor of the Imperial College students working οπ their PhDtheses with SRC (Seientifιe Researeh CouneiI) seholarships.

Ιπ Deeember 1982 he was eleeted Prineipal Leeturer ίπMathematieal Modelling and Proeess Analysis at the sehool ofMathematies and Seientifιe Computing of University of Greenwieh,London, England. Ιπ May 1983 he establίshed the Centre forMathematieal Modelling and Proeess Analysis at the above sehool, andhe was appointed its fιrst Direetor. Ιπ 1984 he beeame a Reader of thesame University, while from AΡΓίl 1983 he was Visiting Leeturer ίπ theComputational Fluid Dynamies Unit of Imperial Co//ege.

Sinee 1974 he has serνed as Teehnieal Consultant for manyReseareh Centres, State Institutions and Industries ίπ the UnitedKingdom, the United States, Germany, Franee, Japan, ete; for example:

* Combustion Engineering (U.S.A.)* KWU-Siemens (W Germany)* NASA Lang/ey Research Centre (U.S.A.)* NASA Lewis Research Centre (USA)* Admira/ty Experimenta/ Works (United Kingdom)* Nationa/ Maritime /nstitute (United Kingdom)* /shikawajima-Harima Heavy /ndustries (Japan)* Mitsubishi (Japan)* Westinghouse Co. (USA)* Boeing (USA)* British Ley/and (United Kingdom)* SNPE (France)* British A/uminium (United Kingdom)* /mperia/ Chemica/ /ndustries, /C1 (United Kingdom), and many

more.Ιπ June 1980 he was awarded, by the Inventions Couneil of NASA,

the Certifιcate of Reeognition and an award for the "Creativedeve/opment of innovative techn%gy which is considered as a seriouscontribution with future consequences ίπ aerospace and other fie/ds ofscience".

LΠ1985 he was elected Professor of Chemical Engineering at theNational Technical University of Athens. lπ 1988 he was electedAssociate Head and ίπ 1990 Head of the School of ChemicalEngineering. He was re-elecIed as Head for another three terms ίπ1992, 2006 and 2008.

lπ 1991 he was elected Rector of the University. He was re-electedίπ 1994 and served the maximum term υπΙίl 1997.

Professor Markatos' main scientific interest is ίπ the mathematicalmodelling of Transport Phenomena, Fluid Mechanics, Thermodynamicsand Physical Processes like Fluid Flow (Laminar and especiallyTurbulent), Heat and Mass Transfer, CombusIion, distillation, filtration.pollutants dispersion, major industrial accidents etc. and ίπ the solutionof the corresponding differential equations with numerical methods οπComputers. He is also inIerested ίπ the development of complexalgorithms Ιο study environmental and industrial processes withparticular emphasis οπ generality, user friendlίness and resultspresentation with Computer Graphics. His research team involvespeople who are specialisIs ίπ computer simulation, design ofengineering equipment and processes. indusirial accident managementand ίπenvironmental measurements. monitoring and control.

He is member of the following Scientific and Professional Bodies:

Technica/ Chambers ο( Greece (1967)University ο( London Convocation (1974)Engineering Counci/ ο( Great Britain (Chartered Engineer, C.Eng.1977)/nstitution ο( Chemica/ Engineers (Fellow, F/ChE 1976)American /nstitute ο( Chemica/ Engineers (MA/ChE 1977)American /nstitute ο(Aeronautics and Astronautics (ΜΑ/ΑΑ, 1979)British Counci/ (or Computer Simu/ation (UKSC, 1978)/nternationa/ Society (or Computationa/ Methods ίπ Engineering(M/SCME, 1979)Society (or Computer Simu/ation (Simu/ation Councils, /nc. USA1979)

He is referee of scientific papers, reviewer of new books, as well asmember of the Editorial Board of several international ScientificJournals. He is also Regional Editor of the International scientificJournal 'Άρριied Mathematica/ Modelling'',

He has published a large number of original scientific papers ίπinternational Journals and he has participated and organised manyInternational Conferences, Seminars and Meetings all over the world.He has also published many articles ίπ the popular press οπ matters ofEngineering Higher Education, and he is the author of two books andEditor of another two.

He has been cited over 1200 times and his h-factor is 24.Professor Markatos' biographical data are included ίπ the "WHO' 5

WHO" ίπ Frontier Science and Technology, "WHO' 5 WHO ίπAmerica","WHO' 5 WHO ίπ the world", "WHO' 5 WHO ίπ Science andEngineering", and elsewhere. He was ''International Man of the Year" ίπ1994 and 1995. He is a Life Fellow of the International BiographicalAssociation (LFIBA).

For his scientific and social activities ίπ Bulgaria he was awarded aDoctorate Honoris Causa by the University of Chemical Technology andMetallurgy of Sofia, ίπ 1996.

He was appointed Senior Visitor and Fellow at Selwyn College,University of Cambridge, UK, (2002-2003). He is also VΊsiting Professorat the University of Surrey, UK, (2000-2011).

He is Fellow of the Royal Society of Arts (FRSA), UK.

His social activities ίπ Greece are very well known through hispublίcations ίπ the national press and his appearances οπ τν. He haspresented two τν series, one οπ Education (The Educational andCultural Files) and the other οπTechnology (Human Works), that lastedfor years and promoted the notion of the "Universitas" as the placewhere Society reflects υροπitself.

He was a council/or for the Municipalίty of Athens (1995-1999).He has been Chairman ΟΓmember of several non-government

organisations and he is currently Chairman of the Kallergis Institute forHistorical and Politica\ Studies and of the 'ΆcrΟΡοlίsAppea/" for Peace,Humanism, Civi/isation and Environmental Protection.

Six years as Rector he organized dozens of social, cultural andpolitical events, such as "The Athens Summit", that attractedlnternational interest and had as speakers, among others, MikhailGorbatchev, the then President of Cyprus Vassiliou, Simon Perez, PeterUstinov, Neal Kinnock, and many more.

Six years as Rector of ΝτυΑ and eight years as Head of School ofChemical Engineering made him very competent ίπ organising matters,such as research and coordination of projects and personnel.

When he was elected as Rector, the University had a debt of 500miIIion drachmas. Six years later it had a surplus of 11 biIIion drachmas,as a result of organising research and managing the University Assets.The National Technical University of Athens became the second ίπ rankEuropean University ίπ obtaining competitive European Projects. Thereturn of its other assets rose from below 1% to above 8%, a level atwhich it still is.

As Rector he also established the concepts of ContinuousEducation, Serνice laboratories (which offer, paid for, serνices toclients), the ''Industrial Lίnkage" University Office. He also organised thePost-Graduate studies and introduced into the Engineering Curriculumtopics ίπ Humanities. The Lίbrary and all other Administrative functionswere electronically organised and controIIed via a sophisticated networkof optical fibres.

He was the Editor of the book 'Όπ the Scientific Truth aboutMacedonia", ίπ English, that was distributed through the Ministry ofForeign Affairs to all Universities around the world.

He has been an invited speaker to Hellenic Communities abroad(New York, Australia, etc) and to many places ίπ Greece.

His laboratory of Computational Mechanics contributed to theimprovement of the Athens air pollution (nefos), and has assisted l0calcommunities throughout Greece to improve their environmentalconditions (examples include, the proper placing of a power plant ίπlesvos, refusing the instaIIation of a Chinese port ίπ south Crete,instaIIing a Centre for accident prevention and management ίπ westAttica and performing the Seveso studies οπ behalf of the relevantMinistries). It is also worth mentioning, the development of aninternationaIIy lππoνatίνe Computer system,FIREMENTOR, for the earlywarning and management of forest fires.

He was co-ordinator of two European Projects ίπ Energy Efficiencyίπ Process Technology, and he is currently co-ordinating a LIFE projectοπ e-Symbiosis. He has been a scientifιc partner ίπ several others andίπmany Greek-funded ones.

He is currently involved ίπ sustainable Development, and studieswith his Ph.D students alternative forms of Energy (wind turbines, fuelcells and photovoltaics) .

His contribution to teaching is also considerable, and his views οπmodern educational tools have found support ίπ the student population.

He has clear ideas οπ Education, Culture and the role of theUniversity ίπ the modern era, which he has published ίπ the nationalpress of Greece and presented ίπ Scientifιc Conferences ίπ Europe.

Among his other activities, a very important one was thedevelopment under his leadership of "The Lavrion Technological Park" ,as an incubator of innovation. This Park links today University Researchand Market Development.

Finally, he created a Post-graduate Centre ίπ Metsovo (NorthWestern Greece) which works successfully until now, to honour theMetsovo Donors, who helped, ίπ the 19th Century; create NTUA(Metsovion PoIytechneion).

Prof. dr.dr.h.c. ΜΑΡΚΑΤΟΣ, ΝΙΚΟΛΑΟΣ-ΧΡΗΣΤΟΣ του ΓΡΗΓΟΡΙΟΥ.

Ομότιμος Καθηγητής ΕΜΠ

Καθηγητής Ανάλυσης και Σχεδιασμού Θερμοφυσικών Διεργασιών και Συστημάτων, ΣχολήΧημικών Μηχανικών Ε.Μ.Π., Πρόεδρος Σχολής, Senior Visitor στο Oepartment ΟΙ AppIiedMathematics & TheoreticaI PhysIcs του Πανεπιστημίου Cambridge και Bye - FeIIow τουSeIwyn College του Πανεπιστημίου Cambridge (2002-2003). Visiting Prolessor University ΟΙSurrey (2001-2011) .Επίτιμος Διδάκτωρ Πανεπιστήμιου Σόφιας .FeIIow ΟΙ the Royal SocietyΟΙArts (FRSA ). Πρώην Πρύτανης ΕΜΠ.Γεννήθηκε στην Αθήνα, την 1η Μαρτίου 1944, υιός του Γρηγορίου Ν. και της Αικατερίνης Ι.Μαρκάτου.Αποφοίτησε από το 10 Πρότυπο Γυμνάσιο Αθηνών το 1962. Το ίδιο έτος, εισήχθη μεεξετάσεις στο τμήμα Χημικών Μηχανικών του Εθνικού Μετσόβιου Πολυτεχνείου (ΕΜΠ). Κατάτη διάρκεια των σττουδών του συμμετείχε ενεργά στο φοιτητικό κίνημα για την Ειρήνη και τηΔημοκρατία. Ολοκλήρωσε τις σττουδές του τον lούνιο του 1967, πρώτος σε σειρά επιτυχίαςμεταξύ όλων των σττουδαστών του Πολυτεχνείου. Έλαβε πέντε υποτροφΙες [κρατικές (ΙΚΥ)και Πετζετάκι) και τρία βραβεία (βραβείο ΘωμαΙδη 1966, 1967 και βραβείο Χρυσοβέργη 1967)Υπηρέτησε τη στρατιωτική του θητεία από τον Οκτώβριο 1967 μέχρι τον Οκτώβριο του 1969στο Σώμα Υλικού Πολέμου του Στρατού Ξηράς.Από ΤΟΝοέμβριο του 1969 μέχρι το Σεmέμβριο του 1970 εργάστηκε στη "ΒΙΟΧΡΩΜ -Procter & Gamble Hellas" ως προϊστάμενος διεργασιών.Το 1969 έλαβε Μεταmυχιακό Δίπλωμα στη Διοίκηση των Επιχειρήσεων από το ΟικονομικόΠανεπιστήμιο Αθηνών. Από το 1970 μέχρι το 1974 παρακολούθησε μεταπτυχιακές σττουδέςστο ImperίaI CoIIege of Science and TechnoIogy του Λονδίνου. απ' όπου και έλαβε τοδίπλωμα O.I.C. (OipIoma imperiaI Coliege) και το Διδακτορικό Δίπλωμα Μηχανικής, το έτος1974. Ο τίτλος της Διδακτορικής Διατριβής του ήταν ''Transport Processes Through WavyInterfaces". Το 1974 κατέλαβε θέση μετα-διδακτορικού ερευνητή στον τομέαΡευστοδυναμικής και Θερμοδυναμικής του Τμήματος Μηχανολόγων Μηχανικών του ImperialCollege και εργάστηκε με τον διεθνούς φήμης καθηγητή Ο.Β. SpaIding, FRS, με τον οποίοεξακολουθεί να συνεργάζεται μέχρι σήμερα.Παράλληλα, μέχρι το 1984, εργάστηκε στην εταιρία CHAM Ltd (Concentration Heat andMomentum, Limited) στον τομέα των υπολογιστικών μεθόδων για την επίλυση προβλημάτωνμεταφοράς μάζας, θερμότητας και ορμής, ιδιαίτερα σε προβλήματα με έντονη τύρβη καθώςκαι σε χημικά αντιδρώντα συστήματα. Αρχικά εργάστηκε ως διευθυντής του ΤμήματοςΑεροδιαστημικής (1976) και κατόπιν (από το 1977 και μετά) ως διευθυντής της ΔιεύθυνσηςΑνάπτυξης Εφαρμογών όλων των ερευνητικών Τμημάτων της εταιρείας, με γνωστικάαντικείμενα στις περιοχές της Ρευστοδυναμικής, Θερμοδυναμικής και ΦαινομένωνΜεταφοράς, στην Αεροδιαστημική, καθώς και τη ΜηχανιΚή Περιβάλλοντος και Διεργασιών.Κατά την περίοδο αυτή. εξελέγη "εξωτερικός ακαδημαϊκός σύμβουλος" των υποψηφΙωνδιδακτόρων του ImperiaI CoIIege που είχαν λάβει υποτροφίες από το SRC (ScientilicResearch COunCil)της Αγγλίας.Το Δεκέμβριο του 1982 εξελέγη Αν. Καθηγητής στη γνωστική περιοχή της ΜαθηματικήςΜοντελοποίησης και Ανάλυσης Διεργασιών στο Τμήμα ΜαθημαΤΙΚώνκαι Επιστήμης τωνΥπολογιστών [SchooI ΟΙ Mathematics and Scientific Computing) του Πανεπιστημίου τουGreenwitch, Λονδίνο. Το Μάιο του 1983 δημιούργησε το Κέντρο ΜαθηματικήςΜοντελοποίησης και Ανάλυσης Διεργασιών στο [διο Τμήμα και διορίστηκε Διευθυντής του. Το1984 έγινε Αναπληρωτής Καθηγητής στο ίδιο Πανεπιστήμιο. Από τον ΑπρΙλlο του 1983εργάστηκε παράλληλα ως Επισκέπτης Καθηγητής στη μονάδα ΥπολογιστικήςΡευστοδυναμlκής του ImperiaI CoIIege.Από το 1974 εργάστηκε ως τεχνικός σύμβουλος σε πολλά Ερευνητικά Κέντρα. ΚρατικάΙδρύματα, Υπουργεία και Βιομηχανίες στο Ηνωμένο Βασίλειο, τις ΗΠΑ, τη Γερμανία, τηΓαλλία, την ΙαπωνΙα και αλλού. Ενδεικτικά αναφέρονται τα ακόλουθα:

• Combustion Engineering (U.SA)

• ΚWU-Siemens (W. Germany)

• NASA-LangIey Research Centre (U.SA)

• NASA-Lewis Research Centre (USA)

• Admiralty ExperimenIal Works (UniIed Kingdom)

• NaIionaI MariIime Institute (United Kingdom)

• Ishikawajima-Harima Heavy IndusIries (Japan)

• MiIsubishi (Japan)

• WesIinghouse Co. (USA)

• Boeing (USA)

• BriIish Leyland (UniIed Kingdom)

• SNPE (France)

• BriIish Aluminium (UniIed Kingdom)

• Imperial ChemicallndusIries, ICI (United Kingdom), Κ.Τ.λ.,

Τον lούνιο του 1980 έλαβε από το Συμβούλιο Εφευρέσεων της NASA πιστοποιητικόαναγνώρισης και βραβεΙο, που του απενεμήθη με το σκεπτικό ότι η εργασία του αποτελεl :"Δημιουργική ανόπτυξη πρωτοποριακής τεχνολογίας, που θεωρεlται σοβαρή συνεισφορό μεμελλοντικές συνέπειες στην Αεροδιαστημική και σε όλλα πεδία της επιστήμης", ("CreativedevelopmenI of innovaIive technoIogy which iS considered as a serious contribution withfuture consequences ίπ aerospace and other fields of science").Το 1985 εξελέγη Καθηγητής του Τμήματος Χημικών Μηχανικών του Εθνικού ΜετσόβιουΠολυτεχνείου και τα έτη 1990 και 1992 εξελέγη δύο φορές, Πρόεδρος του ίδιου Τμήματος,θέση που διατήρησε μέχρι και το 1994. Εξελέγη Πρύτανης του Εθνικού ΜετσόβιουΠολυτεχνείου δύο φορές, τα έτη 1991 και 1994. Επανεξελέγη Πρόεδρος της Σχολής ΧημικώνΜηχανικών το 2006 και το 2008.Από το 2002 Senior Visitor στο Department of Applied MaIhemaIics & TheoreIical Physicsτου Πανεπιστημίου 'Cambridge και Bye - Fellow του Selwyn College του ΠανεπιστημίουCambridge και για δέκα χρόνια Επισκέπτης Καθηγητής στο Πανεπιστήμιο του Surrey UK.Τα ερευνητικό του ενδιαφέροντα εντόσσονται στις γνωστικές περιοχές της ΜαθηματικήςΜοντελοποίησης Φαινομένων Μεταφορός, της Ρευστοδυναμlκής και των ΦυσικώνΔιεργασιών, της Μεταφορός Θερμότητας και Μόζας, της Καύσης, των ΔιεργασιώνΠεριβαλλοντικής Μηχανικής, καθώς και της επίλυσης των διαφορικών εξισώσεων πουπεριγρόφουν τα παραπόνω φαινόμενα με υπολογιστικές μεθόδους. Επίσης, στις γνωστικέςπεριοχές της ανόπτυξης πολύπλοκων αλγορίθμων για τη μελέτη περιβαλλοντικών καιβιομηχανικών διεργασιών με ιδιαίτερη έμφαση στη γενικότητα και την ανόmυξη φιλικών-προς-τα-χρήστη εφαρμογών λογισμικού, σε περιβόλ/ον γραφικών. Η ερευνητική του ομόδαπεριλαμβόνει επιστήμονες με υψηλή ειδίκευση στην προσομοίωση με υπολογιστή, στησχεδίαση μηχανολογικού εξοπλισμού και διεργασιών, καθώς και στις περιβαλλοντικέςμετρήσεις, παρακολούθηση και έλεγχο. Διδόσκει και προmυχιακό και μεταπτυχιακόμαθήματα.Είναι μέλος των ακολούθων επιστημονικών και επαγγελματικών φορέων:

• Τεχνικό Επιμελητήριο της Ελλόδας (ΤΕΕ) (1967)

• UniversiIy of London Convocation (1974)

• Engineering Councίl of GreaI BriIain (Chartered Engineer, C.Eng. 1977)

• Institution of Chemical Engineers (Fellow, FIChE 1976)

• American Institute of Chemical Engineers (MAIChE 1977)

• AmerIcan Institute of AeronauIics and AsIronauIics (ΜΑΙΜ, 1979)

• BriIish Council for CompuIer SimulaIion (UKSC, 1978)

• International SocieIy for CompuIaIional MeIhods ίπ Engineering (MISCME, 1979)

• SocieIy for CompuIer SimulaIion (Simulation Councils, Inc. USA 1979)

Είναι κριτής επιστημονικών περιοδικών και βιβλlων, μέλος της συντακτικής επιτροπήςπολλών διεθνών επιστημονικών εκδόσεων, καθώς και τοπικός εκδότης του διεθνούςπεριοδικού ''Applied Mathematical Modelling" (regional editor). Εχει δημοσιεύσει μεγάλοαριθμό (άνω των 200) πρωτότυπων ερευνητικών εργασιών σε διεθνή περιοδικά με κριτές καιπρακτικά συνεδρίων και έχει διατελέσει επιστημονικός υπεύθυνος πολλώνχρηματοδοτούμενων από εθνικούς και κοινοτικούς πόρους ερευνητικών προγραμμάτων, ενώέχει επίσης διατελέσει επιστημονικός υπεύθυνος σε πολλές ερευνητικές εργασίες και μελέτες.Είναι ο συγγραφέας τριών διδακτικών βιβλίων στην Ελληνική γλώσσα και ο εκδότης άλλωνδύο βιβλίων στην Αγγλική γλώσσα. ΕπΙσης, έχει δημοσιεύσει πολλά άρθρα στον εθνικό τύποκαι σε ΕυρωπαΊκά fora με αντικείμενο την ανώτατη εκπαίδευση των Μηχανικών και τηΣτρατηγική της Ανώτατης Παιδείας στην Ευρώπη. Τέλος, έχει διοργανώσει πολλά διεθνήσυνέδρια και έχει συμμετάσχει σε τιμητικές, οργανωτικές και επιστημονικές επιτροπές πολλώνάλλων, ενώ έχει προσκληθεί και διδάξει σε πολλά μέρη του κόσμου.Διατέλεσε Δημοτικός Σύμβουλος στο Δήμο Αθηναίων από το 1994 έως το 1998.Εlναι Πρόεδρος της Έκκλησης της Ακρόπολης για την Ειρήνη, τον Πολιτισμό και τοΠεριβάλλον και του Κέντρου Κοινωνικών και Πολιτικών Ερευνών «Σταύρος Καλλέργης».Τα βιογραφικά του στοιχεία έχουν συμπεριληφθεί σε πολλές βιογραφικές εκδόσεις, όπως το"ν/ΗΟ' 5 ν/ΗΟ ίπ Frontier Science and Technology", το "ν/ΗΟ' 5 ν/ΗΟ ίπ America", το "ν/ΗΟ'5 ν/ΗΟ ίπ the world", το "ν/ΗΟ' 5 ν/ΗΟ ίπ Science and Engineering" και αλλού. ΕξελέγηΔιεθνής Προσωπικότητα (''International Man of the Year") κατά τα έτη 1994, 1995, και 1996.Είναι ισόβιο μέλος του lnternational Biographical Association (LFIBA), των ΗΠΑ. Είναι μέλοςτης Ακαδημlας Επιστημών της Νέας Υόρκης. Τέλος εξελέγη Fellow της Βασιλικής ΕταιρείαςΤεχνών, UΚ (FRSA), το 2006. Η θέση αυτή του μέλους της Βασιλικής Εταιρεlας Τεχνών είναιάκρως τιμητική καθώς αντιστοιχεί σε θέση ΑκαδημαΊκού της Μεγάλης Βρετανlας.

Ένα μικρό δείγμα των επιστημονικών επαγγελματικών επιδόσεών του δίνεται σε συντομίαπαρακάτω.Ξεκlνησε την πρώτη ολοκληρωμένη μελέτη για την αναβάθμιση του Ελαιώνα και οδήγησεστην τροποποίηση του Νόμου 84/84.Συνέβαλε στην ελάττωση του "Νέφους στην Αθήνα" (ΑΘΗΝΑ SOS '94, ΥΠΕΧΩΔΕ).Με μελέτες του θεράπευσε πολλά περιβαλλοντικά προβλήματα που προκαλεί η βιομηχανία(Π.χ. Οσμές από την lnterchem Αυλίδας Ευβοlας, ρύπανση ατμόσφαιρας και θάλασσας απότη βιομηχανία ξυλείας Shelmann, Δήμος Ληλαντίων, αριστοποίηση εγκαταστάσεωνδιυλιστηρlου Petrola Ελευσίνας, καύση RDF από την τσιμεντοβιομηχανία Ηρακλής και πολλάάλλα).Συμπαραστάθηκε στην Τοπική ΑυτοδιοΙκηση απανταχού της χώρας, στη διεκδίκησή της γιακαλύτερη ποιότητα ζωής και πράσινη ανάmυξη (Π.χ χωροθέτηση ΔΕΗ στη Λέσβο καιενίσχυση της προσφυγής στο ΣτΕ της Τοπικής αυτοδιοίκησης Μανταμάδου, ακύρωσηκινέζικου διαμετακομιστικού κέντρου στο Τυμπάκι Κρήτης επί Υπουργίας Κεφαλογιάwη, Κ.α.).Δημιούργησε Κέντρο Επιχειρησιακής Ετοιμότητας για μεγάλα Βιομηχανικά Ατυχήματα (μεηλεκτρονικούς υπολογιστές που λειτουργεί στη Νομαρχlα Δυτικής Αττικής, στηνΠυροσβεστική και στην Γ.Γ. Πολιτικής Προστασlας και εκπόνησε τις μελέτες των ΣΑΤΑΜΕ(Σχέδια για μεγάλα βιομηχανικά ατυχήματα).Εκπόνησε μελέτες Seveso για τα υπουργεία Ανάπτυξης, ΠΕΧΩΔΕ και Απασχόλησης καιοργάνωσε εκπαίδευση των Επιθεωρητών Ασφάλειας. Πέτυχε τη συναίνεση της Βιομηχανlαςστην εκπόνηση Σχεδίων Ασφάλειας με καθορισμένους όρους.Ανέmυξε το επιχειρησιακό σχέδιο FIREMENTOR (παγκοσμlως πρωτότυπο) για τη δlαχεΙρlσηπυρκαγιών δασών και το εφαρμόζει πιλοτικά στην Πεντέλη. Γι'αυτό το σχέδιο πουχρηματοδοτήθηκε από τα προγράμματα ανταγωνιστικότητας ενδιαφέρθηκαν η Πολιτεία τηςΚαλιφόρνια και η Αυστραλlα.Συμμετείχε, είτε ως συντονιστής εlτε ως μέλος, σε πολλά ευρωπαΊκά προγράμματα με θέματαόπως περιβάλλον, εξοικονόμιση ενέργειας, ασφάλεια πτήσεων, βελτιστοποίησηαναmυξιακών διαδικασιών, Κ.α.Ασχολεlταl με την πράσινη ανάπτυξη στη μορφή των εναλλακτικών μορφών ενέργειας, όπουδημιούργησε υπολογιστικό σύστημα για την αριστοποίηση της μικτής χρήσηςανεμογεwητριών, φωτοβολταΊκών και κελιών καυσίμων.Τέλος μεγάλη εlναι η επαγγελματική ενασχόλησή του με τα θέματα Παιδείας όπου έχειπροωθήσει μέσω του τύπου και των άλλων ΜΜΕ σαφείς προτάσεις για όλες τις βαθμίδες

εκπαίδευσης, την αξιολόγηση, σύγχρονες μεθόδους διδασκαλίας, τις εισαγωγικές εξετάσεις,τη δια βίου εκπαίδευση κ.τ.λ.Εξελέγη Δημοτικός Σύμβουλος Αθηναίων το 1994-98 (τρΙτος κατά σειρά σταυρών).

Είναι γνωστή η κοινωνική, πολιτική και πολιτιστική δραστηριότητα του υποψηφΙου.Ανέλαβε το Πολυτεχνεlο το 1991 σε περίοδο παρακμής ως Πρύτανης και το ανέδειξε όχι μόνοσε σοβαρό Εκπαιδε.υτικό-Ερευνητικό Τεχνολογικό Ίδρυμα αλλά και σε Κέντρο Πολιτισμού,διοργανώνοντας δεκάδες πολιτιστικές εκδηλώσεις με συμμετοχή του πνευματικού καιπολιτικού κόσμου.Από χρεωκοπημένο Ίδρυμα κατά 500 εκατ.δραχμές το ανέδειξε σε δεύτερο στην Ευρώπηστα ανταγωνιστικά προγράμματα Πανεπιστήμιο με εισροές 11 δις δραχμές.Δημιούργησε τους θεσμούς της δια βίου εκπαΙδευσης, των εργαστηρίων παροχήςυπηρεσιών, θεμελίωσε τα μεταmυχιακά προγράμματα, εισήγαγε ανθρωπιστικά μαθήματακ.λ.π.Πρωτοστάτησε στη δημιουργΙα του Τεχνολογικού-Πολιτιστικού Πάρκου Λαυρίου για τηνπροώθηση της Πρωτότυπης Τεχνολογίας καθώς για τη διατήρηση της ΒιομηχανικήςΠαράδοσης και συνέβαλε στην άμβλυνση της ανεργΙας που μάστιζε στις αρχές της δεκαετίαςτου '90 το Λαύριο.

Προσπάθησε να δημιουργήσει το Πανεπιστήμιο του Μεγάλου Αλεξάνδρου στο ΕλληνικόΣχολείο του Chatby στην Αλεξάνδρεια της Αιγύπτου και πραγματοποίησε πολιτιστικάδρώμενα εκεί μαζί με την εκεί ΕλληνΙΚή Κοινότητα.Συνέλαβε την ιδέα και υπήρξε επί σειρά ετών διοργανωτής της "Συνάντησης των Αθηνών"(The Athens Summit) και προσκάλεσε διεθνούς ακτινοβολίας προσωπικότητες όπως τονΓκορμπατσώφ, τον Σιμόν Πέρεζ, Υπουργούς Παιδείας των Ευρωπαϊκών χωρών, τον ΠήτερΟυστίνωφ, τον τότε Πρόεδρος της Κύπρου Βασιλείου, κ.α.Τις συναντήσεις αυτές παρακολούθησε σύσσωμος ο πολιτικός και πνευματικός κόσμος τηςχώρας, ο Πρόεδρος της Δημοκρατίας, και πλήθος κόσμου.Υπήρξε ο εκδότης του βιβλίου για τη Μακεδονία ''On the Scientifιc Truth about Macedonia"στα Αγγλικά, το οποίο διενεμήθη μέσω του Υπουργείου Εξωτερικών σε όλα τα Πανεπιστήμιατου κόσμου.Υπήρξε ομιλητής, κατόπιν προσκλήσεων στον απόδημο Ελληνισμό της Νέας Υόρκης και τηςΑυστραλίας καθώς και σε πλεΙστα όσα επαρχιακά πολιτιστικά κέντρα στην Ελλάδα.Είναι πρόεδρος του Ιδρύματος Κοινωνικών και Πολιτικών Μελετών "Σταύρος Καλλέργης" της".Εκκλησης της Ακρόπολης" για την Ειρήνη, το Περιβάλλον και τον Πολιτισμό και υπήρξεπρόεδρος του Ιδρύματος ιστορικών μελετών "Ιωάννης Καποδίστριας" και μέλος του ΔΣ τουΩδείου Αθηνών.Μέσω της εκπομπής του στο κανάλι SEVEN (που διήρκεσε πάνω από τρία χρόνια) "ΦάκελοςΠαιδεία" προώθησε στο ευρύ κοινό την ιδεολογία της Παιδείας και του Πολιτισμού. Από τηνεκπομπή αυτή πέρασαν οι τότε Υπουργοί, Υφυπουργοί, Γραμματείς κλπ Παιδείας καιδημιουργήθηκε πολύ γόνιμος κοινωνικός προβληματισμός.Τέλος μέσω της εκπομπής του στην ΕΤ3 "Ανθρώπων Έργα" προωθήθηκαν στην κοινωνία ταΤεχνολογικά Ερευνητικά επιτεύγματα της σύγχρονης εποχής μας.Τον ίανουάριο του 2012 εξελέγη ΠΑΜΨΗΦΕΙ από την Σύγκλητο του ΕΜΠ ΟμότιμοςΚαθηγητής με πολύ κολακευτικά σχόλια.

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MARΚATOS, NICOLAS - CHRIS.Chemical Engineering Educator, Researcher, AdministratorUniversity Rector - National Technical University of Athens

Fellow of the Royal Society of Arts (FRSA)

Born in Athens, Greece, 1stMarch 1944.

8 Kilkίs & Scra St152 36 Athens,

Greece.National Technical UnIversity of Greece

Zografou Campus157 80 AthensGreece.

E-mail address: n.markatos@ntua.gr.

OualifιcationsChartered Engineer (C.Eng) Fellow of the Institution of Chemical EngIneering

(FIChE).1967 - Diploma Chemical Engineering at the National Technical University of Athens,

Greece.1969 - Μ.Α. in Business Administration at the Athens School of Economics, Greece.1973 - Diploma Imperial College, University of London, UK.1974 - PhD in Engineering, Imperial College, University of London, UK.

Employment History1969-1970 - Process Manager in Procter & Gamble Hellas Industry in Athens, Greece1973-1975 - Research Fellow at Imperial College London, UK.1975-1978 - Group Leader CHAM Ltd, London, UK.1978-1982 - Technical Manager CHAM Ltd, London, UK.1982-1985 - Reader at University of Greenwich, London, UK.

1982-1985 - Director of Section of Mathematical Modeling and ProcessAnalysis, University of Greenwich, London, UK.

1985-to date - Professor of National Technical University of Athens, Greece.1986 - Director Computational Fluid Dynamics Unit.1990-1994 & 2006-2010 - Head of ChemIcal Engineering Department.1991-1997 - Rector.

Temporary Assignments

2002-2003 - Senior VΊsitor, Department of Applied Mathematics and Theoretical

Physics, University of cambridge, UK.

2002-2003 - Fellow, Selwyn College, University of Cambridge, UK.

2002-2011 - Visiting Professor University of 5urrey, UK.

Consulting & other roles & affiliations

ο Consultant to NASA Langley Research Center, National Maritime Institute,

Combustion Engineering Boeing, British Leyland, & others.

ο Visiting Lecturer Computational Fluid Dynamics Unit Imperial College,

University of London, 1983-86.

ο Referee International Journal Heat and Mass Transfer, Transactions of AIChE,

Chem. Engineering Process, others.

ο Editor: Computational Fluid Mechanics, 1987, Internal Combustion Engines,

1990. Co-editor journal Applied Math. Modeling, 1985 -.

ο Author 4 books, over 220 scientific papers ίπ field. Contributor of many

articles to scientific publications.

ο RecIpient Certificate of Recognition Inventions Council NASA, 1980, others.

ο Fellow Institute of Chemical Engineers, U.K.

ο Member ΑΙΑΑ, AICE, Ν.γ. Academy of Sciences, Technical Chambers Greece.

ο University of London Convocation, ΕπαΓ.Council Gt. Britain (Chartered ΕπαΓ)

ο Member of International Society of Computational Methods ίπ Engineering

ο Member of Society for Computer Simulation.

Implemented major projects ίπ the Energy and Environmental Engineering fields.

Dr Markatos has participated with his team ίπ over 12 European Projects. He was

coordinator of a JOULE Project οπ Energy Efficiency ίπ the Process Industry, and

ARTEMIS (Application Research and Testing for Emergency Management Intelligent

Systems).

Awarded a Doctorate Degree Honoris Causa from the Institute of Chemical

Technology and Metallurgy Sofia, Bulgaria, 1996.

He is currently coordinatίng a LIFE project οπ e-Symbiosis.

EuropassCurriculum Vitae

Personal informationFirst name(s) Ι Sumame(s)

Address

Telephone(s)

Fax(es)

E-mail(s)

Nicolas.Christos Markatos8,Kilkis SIr., 15236 Nea Pendeli (Greece)

+302107723126

+302107723228

n.markatos @ ntua.gr

Mobile Ι +30 6944332795

Nationality Greek (holder also οΙ a British Passport).

Date οΙ birth 01103/1944

Gender Male

Desired employment ΙOccupational field

Work experience

Dates

Occupation ΟΓposition held

Main activities and responsibilities

Name and address οΙ employer

Type οΙ business ΟΓsector

Dates

Occupation ΟΓposition held

Main activities and responsibilities

Name and address οΙ employer

Type οΙ business ΟΓsector

Dates

Occupation ΟΓposition held

Main activities and responsibilities

Name and address ΟΙ employer

Type οΙ business ΟΓsector

15/10/1986.09/05/2011ProIessor, Head ΟΙ Department, Rector

Research, teaching and Adminislration. Partίcularly active ίη organising and managing UniversityResearch wt1ich was developed during my terms as University Rector

National Technical University ΟΙ Athens (NTUA)9,ΗθΓΟΟΠPolytechniou Str., 15780 Athens (Greece)

Research and Teaching

01/01/1980 - 15/1011986Reader and Director οΙ Cenlre ΙΟΓNumericaI Modelling and Process Analysis.

Research and Teaching .1also deveIoped a Research Cenlre ΙΟΓNumerical Modelling and ProcessAnalysis a! the University οΙ Greenwich, London, υκ.University οΙ GreenwichWoolwich Arsenal, SE 23 London (UK)

University

30111/1973 - 01101/1980Applications Manager

Managing Projects, mostly Research ones at the, then, innovative fιeld οΙ Computational Fluid Dynamics(CFD).

CHAM Ltd.40,High Street, Wimbledon Vιllage, SW19 5Αυ London (UK)

Consulting, Sofιware Development, Research ίη CFD

Dates 01/1011969 • 05/1011970OCcupation ΟΓposition held Process EngineerPage 1/3 - Curήculum vitae οι Ι For more infoΠ1lationοη Euroρass 90 to htlp://europass.cedefop.euroρa.eu

Nioolas.Chήstos Markatos Q Europeaη υηίοη. 2002.2010 24082010

Main actIvities and responsibilities Satety and Cost Engineer .Optimising performance , and lοweήng costs.

Name and address οΙ employer Procter and Gamble ,Heilas (VIOCHROM)Agia Varνara, Athens (Greece)

Type οΙ business ΟΓ sector Industry

Education and training

Dates

TiUe οΙ qualification awarded

Principal subjects Ι occupational skillscovered

Name and type οΙ organisation providingeducation and !raining

Level ίη national ΟΓ intemationalclassification

Dates

Title οΙ qualification awarded

Principal subjects Ι occupational skillscovered

Name and type οΙ organisation providingeducation and training

Level ίη national ΟΓ internationalclassification

Dates

Title οΙ qualification awarded

Principal subjects Ι occupational skillscovered

Name and type οΙ organisation providingeducation and training

Level ίη national ΟΓ internationalclassification

Dates

Title οΙ qualification awarded

Principal subjects Ι occupational skillscovered

Name and type οΙ organisation proνidingeducatIon and training

Level ίη national ΟΓ internationalclassification

Personal skills andcompetences

01/1011962 - 01/07/1967Diploma ίη Chemical Engineering

Chemical and Process Engineering

National Technical University οΙ Athens (University)PatissIon Str .• Athens (Greece)

Master οΙ Εngίneeήng

01109/1967 - 01107/1969Master ίπ Business Adminis!ration

Business Administration

Athens School οΙ Economics (ASSOE) (University)PatisIon Str., 14232 Athens (Greece)

ΜΑ

07/1011970 - 01/03/1974Diploma ImΡeήal College

Chemical Engineering and Chemical Technology

Imperial CoIlege (University)7,Prince Consort Road, SW7 London (υΚ)Diploma

07/1011970 - 01/03/1974PhD

Εngίneeήng

University οΙ London. Imperial College (University)7,Ρήnce Consort Road. SW7 London (UK)

Doctorate

Mother tongue(s) Greek

Other language(s)

Self-assessment Understanding Speaking Writing

Page 2/3 - Cuιτiculurn νitae of Ι For more ίnfοrmaυοn οπEuropass 90 to htlp://euroρass.cedefoρ.europa.euΝicolas-ChήsΙοs Marl<atos ~ European υηίοη, 2002-2010 24082010

ΕυroΡθθΠ /eve/ (')

EnglίshFrench

Lis!ening Reading Spoken in!erac!ion Spoken produc!Ion

C2 Proficien! user C2 Proficien! user C2 Proficienl u50r C2 Profιcient user C2 Proficien! user

Α1 8asic User Α1 8asic User Α1 8asic User Α1 8asic User Α1 8asic User(') Common EUΓODean Framework οΙ Reference ICEFI Ιονο/

Social skills and compeIences Chaiπnan ΟΙ Institutes ΟΙ Culture and Political Debate, e,g, The Kallergis Institute lor Historical andPolitical Studies, The 'Acropolis Appeal" lor Cίvilisation ,Humanity and Enνironmental Protection, eIc, Sixyears as Rector Ι organised many evenIs, such as "The Athens Summit" that attracted internationalinIeres! and had as speakers, among oIhers, Mikhail Gorbatchev , Simon Perez, Peter Ustinov, NealKinnock, and many more,

Organisational skills and compeIences Six Years as RecIor ΟΙ NTUA and eight years as Head ΟΙ School ΟΙ Chemical Engineering made me verycompeten! ίπ organising matters such as researcih and coordination ΟΙ projecIs and personnel,When Ι was elecIed as Rector, the UniversiIy had a debt ΟΙ 500 million drachmas, Six years la\er ίΙ had asUΓplus ΟΙ 11 billion drachmas, as a result ΟΙ organising research and managing the University asseIs,The National Tecihnical University ΟΙ Atl1ens became the second ίπ rank European University ίπ obIainingcompetitive European ProjecIs, The retum ΟΙ its other assets rose from below 1% to above 8%, a level atwhicih ίΙ still is,Among my other acIivities, an important one was the development under my leadership ΟΙ "The LavrionTecihnological Park", as an incubator ΟΙ innovaIion, This Park links Ioday University Research and MarkeIDevelopmenI.Fίnally, an effort was made to create the University ΟΙ Alexander the Great ίπ Alexandria, Egypt, at thepremises ΟΙ the oId Hellenic Schools ,AItl1ough the projec! started successfully ί\ was never accomplishedbecause ΟΙ problems tl1e Ministry ΟΙ Foreign Affairs had, then, with EgypI. ιιmay be well worth retryingnow,

Technical skills and competences Awarded a NASA Certificate ΟΙ Recognitlon lor the development ΟΙ innovatlve technology, ΟΙ benefi! toHumanity, Other awards lor technical skills,200 Publlcatlons ΟΙ original technical work ίπ Process Design ,Environmental Protection, Turbulence, MulIi-phase Flows, CompuIatlonal Flow Dynamics,

Co-ordinator, ScienIific Offίcer, ΟΓ prime researcher ίπ many European Projects, Consultant to manyIndustries and Public Organisatlons ίπ Greece, UK, USA, Sweden, China, Japan, etc,ΟνθΓ 1200 citatlons and h-Iactor ΟΙ 24.ΜΥ CV is included ίπ many WHO's WHO ίπ USA, UK, Greece.Awarded an honorary Doctorate Irom tl1e University ΟΙ Sofia, Bulgaria.

Computer skills and compeIences ExceIlenI. Main activity ComputationaI Fluid Mecihanics.

Otl1er skills and compeIences Writlng \ext lor education and research and delivering rather interesting speeches.!

Driving licence(s) Β

Addilional informalion 220 papers,4 Books ,AssociaIe Editor ΟΙ Intemational Scientlfic Joumal (Applied Matl1ematicalModelling).

Visitlng Selwyn College , υπίν. ΟΙ Cambridge, UK, and visiIing Fellow ΟΙ same(2002-2003).Visitlng Prolessor University ΟΙ Surrey(2001-todate).Doctor Honoris Causa, University ΟΙ Sofia,Bulgaria.Fellow ΟΙ The Royal Academy ΟΙ Arts, υκ .

Page 3/3 . Cuπiculum vitae of Ι For moΓθ information οη Europass 90 to httρ:l/europass,cedefop.euΓoρa.euΝίcolas-Chήs\οs Maι1<atos @EuropeanUnion, 2002.2010 24082010

''ΟΝ ΤΗΕ REDEFINIΤΙON OF ΤΗΕ UNIVERSITY ROLE ΙΝ ΤΗΕ NEW ERA"

Prof. dr. Nicolas C. Markatos, DIC, PhD, CEng, FIChE, FRSA

Head of School

School of Chemical Engineerίng

Former Rector

National Τechnical University of Athens

Abstract

Τhis paper reflects οπ the role of the University ίπ Society and ίΙ' s purpose is Ιο

contribute Ιο the developmenI of social awareness of UniversiIy missIons and

needs. ΙΙ is ποΙ a "ScienIifιc" paper ίπ the literary sense of the word and ίΙ does ποΙ

presenI results and methodologies. Α discussion is given of topics such as

university-society relaIion, educaIional qualiIy, use of new technologies and the

importance of media and the inIegraIive role of the UniversiIy. ΙΙ is suggesIed that,

although UnIversities must change internally Ιο meet the new challenges, they

should still maintain their institutional autonomy and academIc freedom, continue Ιο

produce the sociaI forces of debate and innovatIon and keep ουΙ of themall those

interests whose legitimacy derIves simply from theIr potential Ιο provide the

University with addiIional funding.

1. The role and influence of the "stakeholders"

Lately, much discussion is going οπ about the role of the UnIversitIes ίπ the rapidly

changing, "globalized", "knowledge-based" society. lπ many cases, the terminology

used could be considered irrelevant if measured ίπ the so-called 'Όld-fashίοπed"

way. First of all, Ιο a very great eχtent, society "changes" rapidly because of the

rapid technological change that flows from the UnIversities themselves.

Τerms like "client", "customer" and "serνices" used Ιο be ου! of the cultural conteχt

of the University, and had been considered as terminology related Ιο business.

Τhings seem Ιο have changed (have they really?) as virtually everything ίπ Iife today

tends Ιο be considered as "business". As we all know, business is abouI profit for

those who take the risks. How can these terms be re-defιned Ιο cover the re/ation

between University .andSociety? Who are the "clients" and what are the anticipated

"profits"? What will be the future of those who do ποΙ fuIfi/l the clients' demands?

Let us ροίπΙ ουΙ what we consider Ιο be the most important role of the University

today as ever : the evolution of culture, the identification of real social needs and the

partial, at least, fulfίllment of those needs. We insist οπ needs, as opposed to

desires, since the latter are dictated to Society by the marke!. Giving υρ this role

could easily lead us to a market-centered analysis of education, cu/ture and the role

of lnstitutions ίπ fulfilIing Society's real needs. However, this would imply the

recognition of the infallible, almighty Market as defίned ίπ the current fίnancial

climate, as the drίving force of History itself. Are we mature enough ιο accept such

a responsibility, ΟΓ is the pursuit of "wealth for wealth" and "deveIopment for

deveIopment" that blinds ουΓview of History?

Those who stand for such a new order of things, present the fo/lowing "simple"

argument: Universities have to satisfy their students needs. If all that students

demand is knowledge required to find a job, then that is all that Universities should

provide. "Successful" Universities (are supposed ιο) have "satisfied cIients", that is,

graduates who have a "good" job (or a job at alll). Culture and deveiopment of

Historic consciousness are of second ΡΓίΟΓίΙΥ.Ι might say that this is a naive line of

argument, but Ι will πο!. lπ fact this is a very sophisticated argument that is

supported by the current state of the job market. If we took ίπΙο consideration the

undeniabIe fact that the market is driven rather by the pursuit of wealth than by the

desIre for society's development, we would have implicitly and sub-consciously

accepted that ίΙ is the logic of pΓofίIthat determines the role of Universities, which is

of course absurd. Furthermore, is ίΙ ποΙ the Market itself ever requiring innovations

Ιο its structure and operation? Who can implement those innovations, if ποι

University graduates who are able, however, to question the market's functions ?

This is precisely why Universities must keep their distance from the market place;

that is, ίπorder Ιο produce graduates who are able Ιο debate and innovate.

The University is a Social and Professional institution based οπ well-accepted

concepts such as institutional autonomy and freedom of teaching and research. ιι

cannot be governed by non-academic managers and external interests without

compromising its socially attributed se~f-determίπatίoπ.

2. Institutional autonomv and academic freedom

2

During the Iast ten years ΟΓso, the vast majority of public Universities has suffered

the harsh realiIy of two contradictory Irends : an increase ίπ the serνices expected

of UniversiIies and a drop, ίπ real Ierms, ίπthe fιnancial resources at their disposal.

The increase ίπ financial pressure υροπUniversities is caused by both external and

inIernal causes. Externally, we are Iold that UniversiIies cannot escape the

consequences of globalization ίπ the world Ioday and the heighIened environment

of competition that this creates. For Universities, fιnancial resources are harder Ιο

obtain because competition from other activities is stiffer and costs are controIIed by

both private and public bodies more rigorously. ΑΙ the same time we are Iold by

every Government ίπ the World that Education is today the State's first ρΓίΟΓίΙΥ!

lnternally, Universities face pressure οπtheIr υπίΙ costs, sometimes because of their

mistakes, e.g. their resource management tends Ιο be very rigid and inefficienI.

Universities must, therefore, quesIion themselves οπ their activities. There is πο

doubt, that they must adapt better Ιο society's expectations, share tasks among

themselves, enhance their administraIive efficiency and improve Iransparency ίπ

terms of teaching and research activities. This does ποΙ mean, however, that they

have Ιο participaIe ΟΓeven contribute Ιο Ioday's head-on, mega-competition that

leads Ιο winner-take-all situations, because then they would compromise Iheir role.

There is, simply, a clear need Ιο re-structure and aiso Ιο find additional source of

funding. Wha! Ihey certainly should ποΙdo is Ιο compromise academic freedom and

autonomy for the sake of financial profiI, for the sake of the administraIors' definiIion

of "efficiency". The οπlΥpΓofιΙ a UniversiIy must recognize is the Educational profit,

that is a sum of knowledge, culIure, ethics and social issues. The problem of

UniversiIy funding is beyond the field of commercial economics, and University

policy cannot be based solely οπ the criterion of fιnancial efficiency. EducaIion (and

fundamenIal research of course) is a "coIIective good" and as such ίΙ should be

offered οπlΥby public institutions freely Ιο everyone, irrespecIive of financial status.

After all, the same is true for aII other collectIve goods (e.g. Defense, SecuriIy

e.Ιc.). This does ποΙ create an inequity because the differences ίπ financial status

are reflecIed υροπ the differen! tax-rate scales. ΑΙΙ that is, therefore, needed is

some adminisIraIive resIrucIuring ίπ order Ιο reinforce decision-making procedures

and improve flexibiliIy.

The UniversiIies must defend the cause of Ihe, extremely important, socia/ role they

play ίπ the Iransmission and acquisition of new knowledge and the criIical analysis

3

of Society's needs. They must demand an increased proportion of GNP to be spent

οπeducation, showing simultaneously that they are changing ίπtheir structures, and

πο! ίπ their principles, so as to fulfill their mission ίπ a better way. They must still try

to find additional funding, either as no-strings-attached donations, ΟΓ primarily by

making material. laboratory and human resources available, within the framework of

applied research and life-Iong learning. Training, applied research and life-Iong

education are private goods and as such they may be offered either by public ΟΓ

private lnstitutions and may involve fees.

We therefore reach the following question: how can Universities retain their

autonomy and academic freedom οπ the one side and stili be able to attract the

funding required to surνive, οπ the other. This leads us. Ι suppose, to the definition

of freedom: can there be freedom without the means to exercise it? lπ a market-

centered context, the answer is "πο";the freedom of the individual is limited πο!οπlΥ

by the freedom of others but also by their financial power. Ι! seems reasonable that

those who pay can have specific demands, so that good use of their investment is

being made.

Even the above argument, that may describe the general order of things ίπ the

market area, doesnot hold true for Universities. The funding of Universities is πο!

equivalent to financial investments. lπ a quite generic definition of the term

"jnvestment", such funding can be viewed as an investment of Society to those

structures that will turn the wheel of Historical evolution. This should be the main

demand from Universities. The fulfillment of the market needs is οπlΥone of the

many facets of their role. Another facet is the contribution to the definition of

Society's development targets. This can be easily forgotten under the pressure of

"satisfying the market's needs", which is by ποmeans the most important part of the

Universities' role.

lπ this context. academic freedom and se~f-determίπatίoπof Universities cannot be

compromised for any management-oriented and market-centered model of

operation. The main "investor" ίπ the "University business" is Society itself; πο! the

market, πο! any profit-seeking agent. Ι! is therefore οπlΥSociety who is entitled to

"demand" anything from Universities and who should expect "profits" from their

activity. πο! ίπ terms of direct material wealth, but ίπ terms of evolution. University

leaders must and can define coherent institutional identities and University targets,

4

by a decision-making process based οπthe consensus of constituent departments,

staff and students.

3. New technologies and the importance of the media

Another topic that has stimulated a number of vivid discussions is that of the use of

new technologies and media ίπ education. The rapid development of new

technologies has implications for the provision of higher education. New learning

environments have been proposed and communication of knowledge has become

possible through many new media, especially new interactive digital networks and

serνices. ΙΙ is proposed that the instructional process can be partly ΟΓ even fully

automated. There are also several cases where discussion for new pedagogical

frameworks is made. ΙΙ is also often supported that the delivery of knowledge can

be made ποΙ only by traditional institutions, but also by media organizations. Before

proceeding further, ίΙ is useful Ιο make a few definitions.

Cu/ture is everything persons receive from their social environment, ίπ terms of

social behaviour, ethics, customs, and values. ΙΙ is not a collection of knowledge

items, but the conception of the historical evolution by the individual. This only

partially corresponds, but is ποΙ limited, Ιο an amount of knowledge. Training is a

process for delivering knowledge. Strictly speaking, training has little Ιο do with the

formation of person's character and social-behaviour code, but only with their ability

Ιο do a more ΟΓ less specific job. Education is a social serνice that covers both

culture and training. ΙΙ is usually offered by community as an organized social

process for delivering culture, ethics and values, as well as vocational training,

Education aims at reproducing the social structures and develop a consciousness

that willlead Ιο further evolution of Society.

Therefore, the ροίπΙ Ιο be made here is that, perhaps, the new media can be used

for trainίng, but ποΙ for the delivery of culture that is and has Ιο retain its social

character. We should not abandon the concept that the educational systems' main

intent should be the production of active and useful citizens. ΙΙ is a fact, of course,

that current educatIonal paradigms are subject to great change, using new

technologies and media. However, what will be the social implications of replacing

classrooms with networks and other media tools? We must strongly support the

argument that technology and new media must supplement, not substitute,

5

traditional learning processes. The new tools and media should πο! redefine the

notion of pedagogy which is, and must remain, ίπ the core of eνery educational

system, and inνolνes necessarily interaction between students and teachers. This

interaction is necessary to bring people together, to counteract the isolation of

learπers, to help the student to acquire the skίlls of managing the wealth of

information aνailable and to deνelop intellectually.

Technology must be regarded as a tool to achieνe goals, πο! as an end ίπ itself, and

shouJd be judged against Uniνersity aims; especially ίπ the undergraduate

classroom, where academic tuition is πο! οπlΥ a procedure of deliνering "bare"

knowledge content, but also an opportunity for discussion and deνelopment of

critical thought and of critical assessment of knowledge.

Νο matter what help can the new media and telecommunications networks proνide,

ί! is still πο! clear whether the inspiration and Iiνing paradigm existing "ίπ the air" ίπ

any Iiνe tuition, can be deliνered through a murtimediahigh-speed network.

lπ this context, technology is expected to support, but πο! substitute classroom

academic tuition, and should reduce, πο! increase, the gap between students and

teachers. That is why priνate enterprises designing educational deliνery systems,

computer firms, publishers, TV and the like will neνer become competitors of the

Uniνersity. The Uniνersity must use innoνatiνe approaches to teaching, based οπ

the use of new technologies (computer-aided learning, self-instruction courseware,

νirtual laboratorίes, teleteaching and νideoconferencing) to heIp improνe the quality

of both teaching and learning, without of course compromising the liνe classroom

and seminars debates and the student Cafe discussions. Οπ the other hand,

Uniνersities should certainly use distance leaming techniques for continuing and

adult education, after answering conνincingly the following questions:

• How should the knowledge content be organized, structured and presented ίπ

order to be used effectiνely ίπdistance learning enνironments?

• How should distance leaming co-exist with traditional methods of teaching?

• What subject areas are best offered for deliνering through distance learning and

at what leνel of specialization?

6

• Howwill the certification of distance learning courses be made?

• What administrative structures are required to support distance learning

activities?

4. International relations and globalization

"Globalίzation" in the post-modem world does not mean more than the reign of

market forces, and it's consequent increase in competition. The University should,

however, maintain it's socially attributed distance from both, market and

competition. Furthermore, Universities, by their very name, have always had links

and contacts that reach well beyond their nation; and knowledge is universal.

Therefore, globalization, in admittedly another conteχt, is already well known to the

University.

The meaning of "knowledge-based" society disintegrated recently in only the notion

that continuous vocational training is necessary in a world where "production

requirements keep changing with the application of new knowledge". We can be

rather skeptical about this notion as only a small percentage, about 12%, of the

knowledge produced annually finds its way to implementation in production.

Why, Ι wonder, should Universities accept the above misconceptions, invented and

promoted by administrators, and not react in the direction of restoring the proper

meaning of matters such as the above.

Many documents of the European Union's (EU) SOCRATES programme refer to

the development of an awareness of a common European origin among the citizens

of the EU. This awareness will contribute to the creation of a community where free

movement of persons, capital and goods will be possible, despite different regional

identities. Ι! is clear to us, that according to the EU, the lack of that awareness has

been at least partially responsible for the unsatisfactory fulfillment of the "free

movement" idea. ΒΥmeans of the SOCRATES programme, Universities are called

upon to contribute to the development of this awareness of a common European

origin among citizens, and thereby to undertake a very significant historical role in

the evolution of the EU.

7

The rapid progress of science leads Ιο the introduction of new production processes

and the forms of labour relations change radicalIy. As we mentίoned earlier, we are

now speaking of a knowIedge-based society and of a broad market that will

determine the development of new serνice-products ίη accordance with the

customer's requirements.

Again, this concentration of attention Ιο market requirements, and the linking of

investments with new products, while looking for common cultural fields οη a

foundation that the Universίties have Ιο prepare, ίs for us a matter of considerable

concern. As ί! has been already apparent, the ''European dimension" ίη education

for us is ηο! so much associated wίth market requirements as with the evoIutίon of

culture itself.

We believe that there can be no "European dimension" without a synthetic

acceptance of diversity ίη the multi-cultural, multi-Iingual Europe, without a pluralistic

linguistic policy, without the development of a historic conscience among European

citizens. For us, "awareness of a common origin" does ηο! mean oblivίon of history

ΟΓ leveling off of the civilisatίons that were developed ίη Europe: ι! means, first of alI,

knowledge and crItical consίderation of historic truth, a recognition of the

contributίon, of the role, of the historic offering and the diversity of each constituent

of culture that future historians will call "the European civilisation of the third

milIennium".

Another descriptive term frequently usedwith respect Ιο the future European society

is the "society of learning". The terms "culture", "education", 'Ίearning", "vocational

training", which refer Ιο complementary activίties ίη every modern society and are

provided by various types of instίtutions, are often confused with terms denoting the

ways ίη which they are performed, such as "distance learning", 'Ίίfe-Ιοng education",

"multimedia education" etc., while the ηοΙίοη of education, the Greek word ίs

"παιδεία", is artfulIy avoίded and all institutions offering "post-secondary" education

are placed on an even footίng.

Problems of thίs nature are ηο! new: however, they assume added relevance ίη

view of the debate concerning the redistribution of roles among institutίons of

tertiary education. This redistribution is obviously associated with the distrίbution of

Iabour and the specificity of development of the economies of Ευ - member states.

8

Τhe Uniνersities may link the strategy of educational deνelopment at all leνels with

the strategy of deνelopment of their countries and ίΙ is within this framework that

they should consider the SOCRAΤES programme. We belieνe that the ''European

dimension" ίπeducation is ποΙ the goal but the means of achieνing the national aims

of an equal and dignified coeχistence ίπ the cultural and financial space that will be

the Europe of tomorrow. Ιπ ουΓ ορίηίοπ, ίΙ is signifίcant that the SOCRAΤES

programme lays emphasis for the fίrst time οπ education rather than training, which

means that the utilίsation of Ευ resources is now being oriented towards education.

ΑΙ a time when education budgets ίπ all countries are shrinking, when the cost of

education keeps rising, when technology advances and adjustment costs for the

Uniνersities are high, when teaching and leaming methods eνolνe rapidiy, and ουΓ

civilisation is going through a deep and multiform crisis, co-operation among

Uniνersities is an obνious necessity. Co-operation will help to ensure economies of

scale and will enable the co-operating Uniνersities Ιο take adνantage of the skills of

teaching-staff members of other Universities. Forming a global knowledge network

among all Uniνersities (or rather many collaborating networks of more ΟΓless sImilar

institutions) seems a very good idea, provided that this development will be

designed Ιο work the other way round from commercial "globalization", e.g. Ιο close

the deνelopment gap, rather than making ίΙ eνen deeper.

5. Τhe abstract notion of aualitv

Uniνersities are suddenly inundated with recommendations as to how Ιο improve

Quality. Quality remains a rather abstract notion, as ίΙ means νastly different things

Ιο different people, and the issue behind ίΙ has only come Ιο the fore recently, as

goνernments reduce budgets, whίlst eχpecting increased serνices for fewer

resources. Seen ίπthis conteχt, the real issue here has νery little Ιο do with "quality"

per se, but rather with who sets the criteria inνolved ίπ its defίnition; and, therefore,

who controls the academic life. Τhinking for a second that, from its earliest days, the

purpose of the Uniνersity has been Ιο defίne "quaIity", Ιο pass it oνer to Society and

Ιο forward ίΙ ίπtime, one can indeed be νery suspicious for this latest rediscoνery of

"quality". Ιπ the academic conteχt, different types of "quality" need to be eχamined:

that of teaching material, that of the deliνery method, that of the student's work and,

most important of aII, that of the learning process. Τhese "quality" matters haνe

already been traditionally eχamined by faculties, departments, institutes and

9

laboratories ίη the Universities and have been bread-and-butter of ουΓ academic

work. The /atter is a holistic process involving teaching, research and interaction

with students and ί! is wrong Ιο sub-divide the task ίηΙο its simplest and often

meaningIess components.

These sub-divisions Uob control sheets, etc.) are relevant Ιο Industry and Business

and Ιο control the progress of great Technical Works but they are totally irrelevant

Ιο the University environment, as are also the league-tables of University

classifίcations. The Universities are, of course, morally obliged Ιο give account Ιο

students for the quality of teaching they recelve, Ιο 80ciety and 8tate for the overall

serνices the latter get and for money spent. They can do so by themselves

internally (most have been traditionally doing ίΙ) and produce self-evaluation reports,

freely available for all Ιο see, judge and comment. They could also consider

establishing Βη 180-type standard for verifying the quality of education. What they

should ηο! do is Ιο allow non-academic consultants and "quality assurers" Ιο infringe

οη academic freedom and autonomy. We should keep ου! of the University all those

interests whose legitimacy does ηο! derive simply from their potential Ιο provide the

University with additional funding.

6. The integrative role of the Universitν

80, what is the role of the University ίη the near future? What is the content of the

serνices Universities should provide Ιο 80ciety? Must Society be seen as a "client",

ίη which case a "pragmatic" analysis leads us Ιο the acceptance of the market-

centered, client-serνer model? Is the "new order of things" defίned by

administrators, by the new technology tools and media and by the market

orientation? Or is ί! really that old recipes are re-baptized with new names, that old

ideas for social control now discover new tooIs and invent new definitions ίη order Ιο

appear more appealίng and "innovative"? What is actually old, is ηο! the conception

of University as a stυdiυm genera/e. Ι! is instead the effort to determine the content

of University education ηο! by the social needs, but by the financial interest that is

old.

Culture is neither something Βη educational Institution can communicate "virtually",

nor a necessary evil οη the side of market-dominated education. The multi-faceted

crisis of ουΓ era, ίη the consumer-centered world we have built, has its causes ίη the

10

Iack of visions (poliIical and oIhers) for the future, ίπ the lack of hisIoric

consciousness. ιι is common knowledge that the most important role ίπ the

resoluIion of this crisis is ιο be played by the content of culture and education: ποΙ

by the market, not by the tools and the new media, which can only play a

complementary role ίπeducatIon. University education should enIail culture, training

and social issues. Universities serνe the community and provide more than

knowledge. They idenIify social needs and ensure the upkeep of the human

elemenI of moral judgmenI, beyond technical performance and achievemen!. They

produce the social forces of debate and innovation, so much needed by SocieIy

today. They also play a role as places of socializaIion, as well as a roIe ίπ the social

inIegration. UniversiIies are characterised by the high degree of auIonomy Ihey

grant theIr teachers and researchers and by the democraIic characIer of decision-

making processes, based οπ consensus (sIudenIs being IncIuded ίπ these

processes). As a result, questions abou! the qualiIy of Ieaching and research and

wheIher University activities match the needs of Society ΟΓ not, must be left Ιο the

UniversiIies Ihemselves. Universities must also be left free Ιο reIain their, socially

attributed, disIance from the marke! place, so that they are able Ιο quesIion ίΙ,

rather than be controlled by ίΙ

The academIc neuIraliIy and the criIical spiri! UniversiIies impart ΟΓ should impart

pIace them among the very few social establishmenIs that legitimately influence

Society, by setting cultural, technIcal, ethical and moral standards. Το do so,

Universities need clearly defined targets and procedures, ιο alIeviate the subjective

nature of social evolution.

UniversiIy mIssIons and needs are, unfortunately, poorly known, among the public

at large. Constant work ιο explain is thus necessary, and UniversiIies must raise

Iheir voice more audibly ίπ reIevant public debates. ΙΙ is ουΓ hope Ιο have

contribuIed Ιο the development of such a social awareness.

11

LIST OF PUBLICATIONS

Publieations-Original Work.

Publieations ίη eited Seientifie Journals

1. N.C. Markatos, "Transport Processes Across a Waνy Boundary", Ph.O. Thesis,University of london, 1973.

2. N.C. Markatos, "Stochastic Analysis of Turbulent AirMlater Wavy Interfaces",Trans. Inst. Chem. Engrs. Vol. 54, ρρ 184-195,1976.

3. N.C. Markatos, 'Ά theoretical Investigation of Buoyancy-Induced FlowStratification", ''Heat Transfer and Turbulent Buoyant Convection", ρρ 529-543,McGraw-Hilllnt. Book Co., 1977.

4. Ν.Χ. Μαρκάτος, "Η δια ψηφιακού υπολογιστού ανάλυσις της διφασlκής ροήςρευστών και μεταφοράς θερμότητος εντός ατμολεβήτων πυρηνlκών μονάδωνπαραγωγής ενεργείας", Επιστημονική Εκδοση Τεχνικών Χρονικών, σελίδες 21-41, lανουάριος 1977, (Transactions of Hellenic Engineering Council).

5. N.C. Markatos, Ο.Β. Spalding, O.G. Tatchell, "Combustion of Hydrogen injectedinto a Supersonic Airstream (The SHIP Computer Program)", NASA CR-2802,ΑΡΓίI1977.

6. Ν.Χ. Μαρκάτος, ''Η ρευστοδυναμική και θερμική συμπεριφορά τετηγμένουμετάλλου εις τον θάλαμον εξόδου των ταχέων πυρηνικών αντιδραστήρων κατάτην εφαρμογή χρονικώς μεταβατικών συνθηκών", Διατριβή επί ΥφηγεσίαΕ.Μ.Π., Αθήνα 1977, (Athens University Habilitation Thesis).

7. N.C. Markatos, " Phenomenological Correlations for Heat and Mass TransferThrough Waνy Interfaces", Chemie-Ingenieur Technik, Vol. 49, Νο. 12, Ρ 989,Oecember 1977.

8. N.C. Markatos, Ο.Β. Spalding, O.G. Tatchell, Ν. V/achos, 'Ά solution Method forThree-Oimensional Turbulent Boundary Layers οη Bodies of Arbitrary Shapes",Comp. Meths. Αρρl. Mechs. Eng., (15), Νο. 2, ρρ 161-174,1978.

9. N.C. Markatos, "Transient Flow and Heat Transfer of Liquid Sodium Coolant ίηthe Outlet Plenum of a Fast Nuclear Reactor''' lηΙ J. HeatMass Transfer, Vol.21, 12, ρρ 1565-1579, 1978.

10. N.C. Markatos, "Stochastic Modelling of Oynamic Properties of non-linear WaterWaves", Αρρl. Math. Modelling, Vol. 2, 4, ρρ 227-238,1978.

11. N..C. Markatos, R. Sala, Ο.Β. Spalding, "Flow ίη an annulus of non-uniform gap",Trans. Inst. Chem. Engrs., Vol. 56, ρρ 28-35, 1978.

12. N.C. Markatos, ''Heat, Mass and Momentum Transfer across Waνy /nterfaces"Comp. Meths. Αρρl. Mechs. Eng., (14), 3, ρρ 323-376,1978.

~

. αρκάτος, 'Άνασκόπησ των συyxρiιS' ν μεθόδων εξΟ-/=10lώσεως. ο u.ι ιτι.ι •.•. 'f""IίI!!!'τ '~., ft1χνlκώνIKών,ωiiIJ' , Ι ΕΙ,ΙΤΓ_ ίο Dlle~ngineering

ouncil).14. Α. Moult, N.C. Markatos, Ο.Β. Spalding, "The solution of Flow Problems ίη

Highly Irregular Oomains by the Finit - iff~nce Method", Trans. Inst. Chem.S., 0.3, 204, Jul 9'ξ11

Ν. α κάτος," οποίη . lθ ι ε . μάτωνΜε . , Θ τα εικών

2

Χρονικών, σελίδες 13-18, Οκτώβριος 1978, (Transactions of HellenicEngineering Council).

16. N.C. Markatos, Ο.Β. Spalding, S.K. Srivatsa, "Prediction of Hydrodynamics andChemistry of Confined Turbulent Methane-Air Flames ίπ a two-Concentric TubeCombustor", NASA CR-135412, 1978.

17. N.C. Markatos, Α. Moult, 'The Computation of Steady and Unsteady Turbulent,Chemically Reacting Flows ίπ Axi-Symmetrical Domains", Trans. Inst. Chem.Engrs., νοl. 57, Νο. 3, ρρ 156-162, 1979.

18. N.C. Markatos, "Phenomenological Correlations for Heat and Mass TransferThrough Waνy Interfaces", La Termotecnica, νοl. ΧΧΧI11, Νο. 2, ρρ 58-67,Febbraio, 1979.

19. Α.Μ. Abde/meguid, N.C. Markatos, Ο.Β. Spalding, Κ. Muraoka, "Comparison ofparabolίc and partially-parabolic solution procedures for three-dimensionalturbulent flow around ships' hulls", Appl. Math. Modelling, νοl. 3, ρρ 249-258,August 1979.

20. Ν.Χ. Μαρκάτος, ''Αριθμητικές Μέθοδοι για την Λύση Προβλημάτων ΡοήςΣυμπιεστών Ρευστών", Επιστημονική Έκδοση Τεχνικών Χρονικών, Τεύχος 2,σελίς 5,1980.

21. N.C. Markatos, M.R. Malin, O.G. Tatchell, "Computer Analysis of Three-Oimensional Turbulent Flows Around Ships' Hulls", Proc. Inst. Mech. Engrs.,νο1194, Νο. 24, ρρ 239-248,1980.

22. N.C. Markatos, Ο.Β. Spalding, S.F. Benjamin, J.H. Weaving, O.R. G/ynn,"Development of a mathematical model of flow, heat transfer and combustion ίπa stratifιed-charge engine", Proc. Insl. Mech. Engrs., ρρ 91-99,1980.

23. N.C. Markatos, C.B. Wills, "Prediction of Viscous Flow around a FullySubmerged Appended Body''' Comp. Meths. Αρρl. Mechs. Engrg., νοl. 29, 2,ρρ 175-199, 1981.

24. N.C. Markatos, "Turbulent ΑίΓ Flow over water Waves", Trans. Insl. Chem.Engrs., νοl. 58, ρρ 251-259,1981.

25. N.C. Markatos, Τ. Mukerjee, 'Three Oimensional Computer Ana/ysis of F/owand Combustion ίπAutomotive Internal Combustion Engines", Mathematics andComputers ίπSimulation, Trans. of IMACS, νοl. 23, Νο. 4, ρρ 354-366, 1981.

26. N.C. Markatos, M.R. Malin, G. Cox, "Mathematical Modelling of Buoyancy-Induced Smoke Flow ίπ Enclosures", Inl. J. Heat Mass Transfer, νοl. 25, ΝΟ.1,ρρ 63-75, 1982. ΑΝΟ Correspondence, Inl. J. Heat Mass Transfer, νοl 25, Νο11, ρρ 1777-1778, 1982.

27. N.C. Markatos, P.J. Phelps, Β. Purslow, "Simulation of the Thermal-Hydraulicbehaviour of fast-reactor pools", Ann. Nucl. Energy, νοl. 9, 4, ρρ 179-193,1982.

28. N.C. Markatos, Ο.Β. Spalding, O.G. Tatchell, A.C.H. Mace, "Flow andCombustion ίπ the base-wall region of a rocket exhaust plume", CombustionScience and Technology, νοl. 28, ρρ 15-29, 1982.

29. N.C.Markatos, Α.Κ. Singhal, "Numerical Analysis of 1-0imensional, two-phaseflo a vertical cylindrical P~~dV.,~ ~are (1978), νοl. 4, Νο. 3,

Μa=DΙ:Ι~'ΈDΙ;jJaι:aί:~ ίπ Re-Irculating Flow for Rocket Exhausts ίπ Supersonic Streams", J. Spacecraft andRocket, νοl. 19, Νο. 6, ρρ 557-563,1982.N.C. Markatos, Ν. Rhodes, O.G. Tatc ", ''Α general purρose program for the

sis flow s", Νυ εΘ. f Fluid Oynamics, Eds. K.W.M.J. Bain Academ' s ,1fI!ι'I ' 1

, ΚΑ ο "G FIiJ);: co the

interactive graphical representation of fluid-ftow phenomena", Adv. Eng.Software (1978), νοl. 5,ρρ 86-91, ApΓίl 1983.

33. N.C. Markatos, Ο. Kirkcaldy, ''Analysis and Computation of 30, transient ftowand combustion through granulated propeIIants", lηΙ J. Heat Mass Transfer,νοl. 26, Νο. 7, ρρ 1037-1053, 1983.

34. N.C. Markatos, "The theoretical prediction of external aerodynamics of roadvehicles", lηΙ J. ofVehicle Oesign, SP3, ρρ 387-400, 1983.

35. N.C. Markatos, "Computer simulation of turbulent ftuid ftow ίη chemicalreactors", Adv. Eng. Software, (1978), νοl. 5, Νο. 1, ρρ 32-38,1983.

36. C. Aldham, Μ. Cross, N.C. Markatos, "Mathematical Modelling of Gas InjectionProcesses ίη the MetaIIurgical Industry", ίη Mathematical ModeIIing of IndustrialProcesses, Eds. P.C. Hudson, M.J. O'Carroll, Emjoc Press, ρ. 65,1983.

37. N.C. Markatos, G. Coχ, ''Hydrodynamics and Heat Transfer ίη Enclosurescontaining a Fire Source", lηΙ J. of Physico-Chemical Hydrodynamics, νοl. 5,Νο. 1, ρρ 53-66, 1984.

38. N.C. Markatos, S.M. RawnsIey, Ο.Β. Spalding, ''Heat transfer during a small-break l0ss-of-coolant accident ίη a pressurized water reactor - Α parametricstudy for a 4-ίπ lower-plenum break", lηΙ J. Heat Mass Transfer, νοl. 27, 8, ρρ1379-1394,1984.

39. N.C. Markatos, ΚΑ Pericleous, "An investigation of three-dimensional fires ίηenclosures", Rev. Gen. Thermique, νοl. 23, Νο. 266, ρρ 67-78,1984.

40. N.C. Markatos, S.M. Rawnsley, "Simulation of a small-break l0ss-of-coolantaccident ίη a pressurised water reactor", lηΙ J. ModeIIing and Simulation, νοl. 4,Νο. 2, ρρ 69-72,1984.

41. N.C. Markatos, Κ.Α. Pericleous, "Laminar and turbulent natural convection ίη anenclosed cavity", lηΙ J. Heat Mass Transfer, νοl. 27, 5, ρρ 755-772,1984.

42. N.C. Markatos, "The computation of thick aχisymmetric boundary layers andwakes around bodies of revolution", Proc. InsΙ Mech. Engrs., νοl. 198C, Νο. 4,ρρ 51-62, 1984.

43. Μ.Κ. Patel, N.C. Markatos, Μ. Gross, ''Α critical evaluation of sevendiscretisation schemes for convection - diffusion equations", lηΙ J. Numer.Meths. Fluids., νοl. 5, ρρ 225-244, 1985.

44. Μ.Κ. Patel, N.C. Markatos, Μ. Gross, "Method of reducing false-diffusion errorsίη convection-diffusion problems", Appl. Math. Modelling, νοl. 9, 4, ρρ 302-306,1985.

45. N.C. Markatos, Mathematical Modelling of Turbulent Flows", Appl. Math.Modelling, νοl. 10, 3, ρρ 190-220, 1986.

46. Μ.Κ. Patel, N.C. Markatos, "An evaluation of eight discretisation schemes fortwo-dimensional convection-diffusion equations", lηΙ J. Numer. Meths. Fluids,νοl. 6, ρρ 129-154, 1986.

47. Μ.Ρ. Oavis, A.C.H. Mace, N.C. Markatos, "On Numerical ModeIIing ofEmbedded Subsonic Flow", lηΙ J. Numer. Meths, ίη Fluids, νοl. 6, ρρ 103-112,1986.Ν.. arkatos, ΚΑ pericIeouα' iri60χ"A novel proach to the field modelling

e tιJ.j>fl~' '1~~:¥.1986.. Marιιιιiιιl' •••• ngJ nt 1CIiiIcDJd αiJbustion of

ranular propeIIants", lηΙ J. Multiphase Flow, νοl. 12,6, ρρ 913-933,1986.N.C. Markatos ΚΑ Pericleous, "Α two ftuid model of Turbulence applied tosimulation of fιres", Numerical Mathe 'cs and ApplicaIions, Trans. of IMACS,

99 6. ~Ios, 'Όη n d ic ", lηΙ J.

ίη Flui

3

4

52. Ρ. Kostamis, C.W. Richards, N.C. Markatos, "Numerical Simulation of two-phase Flows with Chemical Reaction and Radiation", lηΙ J. of Physico-Chemical Hydrodynamics, νοl. 9, Νο. 112,ρρ 219-228, 1987.

53. Μ.κ. Patel, Μ. Cross, A.C.H. Mace, N.C. Markatos, "Αη evaluation of elevendiscretization schemes for predicting elliptic flow and heat transfer ίη supersonicjets" , lηΙ J. Heat Mass Transfer, νοl. 30, 9, ρρ 1907-1925, 1987.

54. E.R. Galea, N.C. Markatos, 'Ά review of mathematical modellίng of AircraftCabin Fires", Appl. Math. Modelling, νοl. 11, 3, ρρ 162-176, 1987.

55. Ρ. Shah, N.C. Markatos, "Computer Simulation of Turbulence ίη lnternalCombustion Engines", lηΙ J. Numer. Meths. ίη Fluids, νοl. 7, ρρ 927-952,1987.

56. Ρ. Shah, N.C. Markatos, 'Όη the 20 and 30 computer analyses of Turbulenceίη internal combustion engines", ASME paper 87-FE-12, 1987.

57. N.C. Markatos, ΚΑ Pericleous, R. Simitovic, 'Ά Hydrometeorological three-dimensional model of thermal energy releases ίηΙο environmental media", lηΙ J.Numer. Meths. ίη Fluids, νοl. 7, ρρ 263-276,1987.

58. Ρ.Τ.Ι. Koh, N.C. Markatos, Μ. Cross, "Numerical simulation of gas-stirred liquidbaths with a free surface", lηΙ J. of Physico-Chemical Hydrodynamics, νοl. 9,ρρ 197-207,1987.

59. V.R. Voller, Μ. Cross, N.C. Markatos, "Αη enthalpy method for convection-diffusion phase change", lηΙ J. Numer. Meths. Engineering, νοl. 24, ρρ 271-284,1987.

60. N.C. Markatos, "Computer simulation techniques for turbulent flows" ,Encyclopaedia of Fluid Mechanics, "Complex flow phenomena and modelling",Gulf Publ. Co., Houston, νοl. 6,1987.

61. E.R. Ga/ea, N.C. Markatos, "Progress ίη Mathematical Modelling of AircraftCabin Fires", Oisaster Management, νοl. 1, ρρ 32-40, 1988.

62. S.E. Hibbert, N.C. Markatos, V.R. Voller, "Computer simulation of moving-interface, convective, phase-change processes", lηΙ J. Heat Mass Transfer,νοl. 31, 9, ρρ 1785-1795, 1988.

63. Μ.Κ. Patel, Μ. Cross, N.C. Markatos, "Αη assessment of flow oriented schemesfor reducing false-diffusion", lηΙ J. Numer. Meths. Engineering, νοl. 26, ρρ2279-2304, 1988.

64. Ν. Hoffmann, N.C. Markatos, "Thermal radiation effects οη fιres ίη enclosures",Appl. Math. ModeIIing, νοl. 12, 2, ρρ 129-140, 1988.

65. Ν. Hoffman, E.R. Galea, N.C. Markatos, "Mathematical ModeIIing of fιresprinkler systems", Appl. Math. Modelling, νοl. 13,5, ρρ 298-306, 1989.

66. N.C. Markatos, "Computational fluid flow capabilities and sof!ware", Ironmakingand Steelmaking, νοl. 16, Νο. 4, ρρ 266-273,1989.

67. S.N. Lattas, N.C. Markatos, "Α new computer model for equilibrium data ίη H2S-CO2-aqueous monoethanolamine solution systems", InsΙ Chem. Engrs.SymposiumSeries, νΟI.114, ρρ 187-210, 1989.

68. S.N. Lattas, N.C. Markatos, "Modelling and simulation of gas sweetening plantsth e amine solutions", ln~em. Engrs. SYESium Series, νοl. 114, ρρ

. 9 aleωQCΙιI.iJ~ΙSnar&l T:mputerImulation of fιre development ίη aircraft" , lnternational Journal of Hea! andMass Transfer, νοl. 34, Issue 1, ρρ 181-197, January 1991.S.S. Abdali, Ε. Mitsou/is, N.C. Mark 5, "ΕηΙΓΥ and Εχί! Flows of Bingham

., νοl. 89-407, ' 90gos, N..C. rkatos, " QιIi:j. d ns~uidized

rlse ea raB lη : .. ,~9, Part

Α, ρρ 239-245, May 1992.72. AG. Andreopoulos, ΑΝ. Karayannis, N.C. Markatos, ''Experimental and

Computational lnvestigation of Ventίlation Effectiveness ίπ an lπdustrίalBuilding", Trans. lnst. Chem. Engrs., νοl. 70, Part Β, ρρ 75-83, May 1992.

73. Ε. Mitsoulis, S.S. Abdali, N.C. Markatos, "Flow Simulation of Herschel-BulkleyFluids through Extrusion Dies", Can. J. Chem. Engrg., νοl. 71, ρρ 147-160,1993.

74. N.C. Markatos, "Mathematical modelling of single and two-phase flow problemsίπ the process industries", Revue de Ι' lnstitut Francais du Petrole, νοl. 48, Νο.6, ΡΡ631-662,1993.

75. I.C. Markatos, Μ. Christolis, Ν. Manalis, 'ΆίΓ Quality Monitoring andManagement", Environmental Management, νοl. 1, The CompartmentalApproach, Chapter2.3, ρρ 155-184, νυΒ υπίν. Press, Belgium, 1993.

76. Κ.Ν. Theologos, N.C. Markatos, "Advanced modelling of fluid catalytic crackingriser-type reactors", AIChE Journal, νοl. 36, Νο. 6, ρρ 1007-1017, 1993.

77. G.S. Gouvalias, N.C. Markatos, "Mathematical Modelling of Heat and MassTransfer ίπ Packed-Bed Adsorbers/Regenerators", AIChE Journal, νοl. 39, Νο.11, ρρ 1799-1809, 1993.

78. N.C. Markatos, C.A. Kotsifaki, ''One-dimensional, two-fluid modelling ofturbulent premixed flames", Appl. Math. Modelling, νοl. 18, 12, ρρ 646-657,1994.

79. ΤΑ Sawas, N.C. Markatos, C.D. Papaspyrides, "Οπ the flow of non-Newtonianpolymer solutions", Appl. Math. Modelling, νοl. 18,1, ρρ 14-22, 1994.

80. κ'Ν. Theologos, N.C. Markatos, "Modelling of vertical pneumatic-conveyinghydrodynamics", Appl. Math. Modelling, νοl. 18,6, ρρ 306-320,1994.

81. Α Νένες, Δ. Ασημακόπουλος, Ν.χ. Μαρκάτος, Γ.Καρυδάκης, "Προσομοίωσηαντλίας νερού-αέρα για μέσα βάθη", Τεχνικά Χρονικά, Επιστημονική Περιοχή Γ,Τόμος 14(3), Ιούλιος-Σεπτέμβριος 1996.

82. Μ.κ. Koukou, Ν. Papayannakos, N.C. Markatos, "Dispersion effects οπmembrane reactor performance", AIChE Journal, νοl. 46, Νο. 9, ρρ 2607-2616,1996.

83. Α Nenes, D. Assimakopoulos, N.C. Markatos, Ε. Mitsoulis, "Simulation of AirliftPumps for Deep Water Wells", Can. J. Chem. Engrs., νοl. 74, ρρ 448-456,1996.

84. K.N.Theologos, I.D.Nikou, AI.Lygeros and N.C.Markatos, "Simulation anddesign of Fluid-Catalytic Cracking riser-type reactors", Computers & ChemicalEngineering, νΟI.20, Supplement 1, ρρ. 757-762, 1997.

85. Μ.Κ. Koukou, G. Chaloulou, Ν. Papayannakos, N.C. Markatos, "MathematicalModelling of the performance of Non-Isothermal Membrane Reactors", lπΙ J.Heat Mass Transfer, νοl. 40, Νο. 10, ρρ 2407-2417,1997.

86. κ'Ν. Theologos, I.D. Nikou, ΑΙ. Lygeros, N.C. Markatos, "Simulation andDesign of Fluid Catalytic-Cracking Riser-Type Reactors", AIChE Journal , νοl.43, Νο. 2, ρρ 486-494, 1997.

~

. Theologos, Ζ.Β. Maroulis N.C. Markat , "Simulation of Transport

a.. st!Jt)n ,. EIΓ~2~-1291,

88. .Y.Dewachtere, G.F.Froment, l.vasalos, N.C.Markatos and N.Skandalis,"Advanced modelling of riser-type catalytic cracking reactors", Applied ThermalEngineering, νοl. 17, Issues 8-10, ρρ. 7-844, August-October 1997.

Κο Papa s, N.C. k$, racht and P.T.Alderliesten,lat tools for t design ο. Γί m ea "ournal

ineer e s s Ι , Part Α,

5

ρρ. 911-920, 1998.90. Η. Lίakos, K.N.Theologos, A.G. Boudouvis and N.C.Markatos, "Pulverized eoal

ehar eombustion: the effeet of partiele size οπ burner performanee",Appl.Therm.Engng, 18, 11, ρρ 981-989, 1998.

91. C.T. Kyranoudis, N.C. Markatos, "Computer analysis of industrial bateh-dryeraerodynamies, Drying Teehnology Journal, Vol. 16, Νο.7, ρρ.1283-1304, 1998.

92. ΝΑ Mandellos, Z.S. Nivolianitou, N.C. Markatos 'Ά Newly Developed Algorithmdeseribing the Fog Formation of Hydrogen Fluoride (HF) ίπ ΑίΓ", lπd. and Eng.Chem. Researeh, VOI.37, Νο. 12, ρρ. 4844-4853,1998.

93. Μ. Latsa, D.Assimakopoulos, A.Stamou and N.C.Markatos, "Two-phasemodelling of bateh sedimentation", Applied Mathematieal Modelling, Vol. 23,Issue 12, ρρ 881-897, Deeember 1999.

94. K.N.Theologos, A.I.Lygeros and N.C.Markatos, "Feedstoek atomization effeetsof FCC riser reaetors seleetivity", Chemieal Engineering Seienee, Vol. 54, Issue22, ρρ5617-5625, November 1999.

95. C.T.Kyranoudis and N.C.Markatos, 'OOesignof tray tunnels for food deepehilling", Journal of Food Engineering, Vol. 40, Issues 1-2, ρρ 35-46, May 1999.

96. Μ.κ.Κοukοu, N.Papayannakos, N.C.Markatos, M.Braeht, Η.Μ. Van Veen andA.Roskam, "Performanee of Ceramie Membranes at Elevated Pressure andTemperature: Effeet of Non-Ideal Flow Conditions ίπ a Pilot Seale MembraneSeparator", Journal of Membrane Seienee, 155 (2), ρρ 241-259, 1999.

97. Η.Η. Lίakos, Μ.κ.Κοukοu, MAFoundi and N.C.Markatos, 'Έffeets of Pressureand Impingement Angle ίπ Flaming Proeesses", The Canadian Journal ofChemieal Engineering, 78, ρρ.834-843, 2000.

98. H.H.Liakos, MAFounti and N.C.Markatos, "Modelling of stretehed natural gasdiffusion flames", Applied Mathematieal Modelling, Vol. 24, Issues 5-6, ρρ 419-435, May 2000.

99. S.P.Kourniotis, C.T.Kyranoudis and N.C.Markatos, "Statistieal analysis ofdomino ehemieal aeeidents", Journal of Hazardous Materials, Vol. 71, Issues 1-3, ρρ 239-252, January 2000.

100. H.H.Liakos, MAFounti and N.C.Markatos, "The relative importanee ofeombustion meehanisms ίπ industrial premixed flames under high pressure",Applied Thermal Engineering, Vol. 20, Issue 10, ρρ 925-940, July 2000.

101. C.T.Kyranoudis and N.C.Markatos, "Pareto design of eonveyor-belt dryers",Journal of Food Engineering, Vol. 46, Issue 3, ρρ 145-155, November 2000.

102. E.P.Keramida, H.H.Liakos, ΜΑ Founti, A.G.Boudouvis and N.C.Markatos,"The diserete transfer radiation model ίπ a natural gas-fired furnaee",lπΙJ.Νumer.Μeth.Fluίds, 34 (5), ρρ 449-462,2000.

103. E.P.Keramida, H.H.Liakos, ΜΑ Founti, A.G.Boudouvis and N.C.Markatos,"Radiative Heat Transfer ίπ Natural Gas-Fired Furnaces" , lπΙJ.Ηeat MassTransfer, 43, ρρ 1801-1809, 2000.

104. E.P.Keramida, Α.Ν. Karayannis, A.G.Boudouvis and N.C.Markatos, "NumeriealModeling of Radiant Heat Attenuation Through Water Mist", CοmbusΙSeί. andTe Vol159 (1-6), ρρ 351-371, 000. 5tι

nF~~~ . . .1!!!!»~"f.Mmeriealeling ~ Η r ίπ ra ~It ~ Modeling",

.Appl.Fire Seienee, Vol.9 (1), ρρ 3-19, 1999-2000.106. KAPapakonstantinou, C.T. Kyranoudis and N.C.Markatos, "Computational

analysis of thermal eomfort: the case he arehaeologieal museum of Athens".Ied atieal g, Vol. ISO 7 477-494, June 2000 .

. Κ. Ρ nstantinou C.T.Kyr ι ~ Μ '~matiealmo e lίπ νίΓΟΠ ο ι οπ ι si1li πι t rιe s.i!'JFe'"ease of

6

7

N.C.Markatos, "Numericalergy and Buίldings, Vol. 34,

Μι rafos,

the archaeological museum of Athens", Energy and Buildings, Vol. 31, Issue 3,ρρ. 211-220, ΑΡΓί12000.

108. KAPapakonstantinou, C.T.Kyranoudis and N.C.Markatos, "Numericalsimulation of air flow field ίη single-sided νentilated buildings", Energy andBuildings, VOI.33, Issue 1, ρρ. 41-48, Noνember 2000.

109. J. Papageorgakopoulos, G. Arampatzis, D. Assimakopoulos, N.C. Markatos,"Enhancement of the momentum interpolation method οη non-staggered grids",lηΙ J. Numer. Meth. ίη Fluids, 33, ρρ 1-22, 2000.

110. KAPapakonstantinou,C.T.Kyranoudis and N.C. Markatos, "Computationalinνestigation of νentilation effectiνeness ίη a paper producing industry" Dry.Technol., 18 (9),ρρ. 2051-2064, 2000.

111. ΚΑ Papakonstantinou, C.T. Kyranoudis and N.C. Markatos, "NumericalsImulation of νolatίle organic compounds eνaporation ίη closed spaces", DryingTechnology, 18 (1Ο),ρρ. 2203-2216, 2000.

112. MKKoukou, N.Papayannakos and N.C.Markatos, "Οη the Importance of Νοη-Ideal Flow Effects ίη the Operation of lηdustrίal-Scale Adiabatic MembraneReactors", Chemical Engineering Journal, 83, 2, ρρ 95-105, 2001.

113. H.H.Liakos, MKKoukou, MAFounti and N.C.Markatos, "Gaseous FuelAssessment ίη lηdustrίal Impinging Flames with Local Extinction Effects",Chem.Eng.Technol., 24, ΝΟ.12, ρρ.1289-1294, 2001.

114. T.C.Xenidou, MKKoukou, A.G.Boudouνis and N.C.Markatos, "ComputationalAnalysis of Horizontal cold wall CVD reactors at low pressure: Application totungsten deposition from pyrolysis of W(CO)6", J.Phys., IV: JP11 (3), pp.Pr3183-Pr3188,2001.

115. C.T., Kiranoudis and N.C. Markatos, "Integrating GIS and RDBMS technologiesfor managing major chemical industrial accidents", Systems Analysis ModellingSimulation, 40 (1), ρρ. 63-86, 2001.

116. H.H.Lίakos, KN.Theologos, A.G.Boudouνis and N.C.Markatos, "The effect ofpressure οη coa/ char combustion", Appl.Therm. Engng., 21, 9, ρρ.917-928,2001.

117. Ε.Ρ. Keramida, A.G.Boudouνis, E.Lois A.N.Karayannis and N.C.Markatos,'Ένaluatίοη of Two Radiation Models ίη CFD Fire Modelling", Num.HeatTransfer, Part Α: Applications 39 (7), ρρ 711-722, 2001.

118. A.G.Papathanasiou, A.G.Boudouνis and N.C.Markatos, 'Έquίlίbrίum andstability of interfaces between polarizable fluids: theory and computations",Comp.Mechanics, 27 (3), ρρ. 253-257, 2001.

119. E.D. Koronaki, Η.Η. Liakos, ΜΑ Founti and N.C .Markatos, "Numerical study ofturbulent diesel flow ίη a pipe with sudden expansion", Applied MathematicalModelling, Vo1.25, Issue 4, ρρ 319-333, March 2001.

120. S.P.Kourniotis, C.τ.κΥraηοudίs and N.C.Markatos, 'Ά systemic approach ιοeffectiνe chemical emergency management", Safety Science, Vol. 38, Issue 1,ρρ 49-61, June 2001.

121. H.H.Lίakos, ΜΑ Founti and N.C.Markatos, "Modelling the characteristic typesan eat release~~remixed imPi~ flames", Com/rutational

. iak~W.~stSJJιilr,est:'-sca'erocessing of Granite Surfaces by Natural Gas Jet Flames", Applied Thermal

Engineering, 22, 4, ρρ.393-405, 2002.123. KAPapakonstantinou, C.T.Kyrano

Iati 2 dis ίη an au3, .245-250, rch 200r " S.P ti

I.M.Giannouli, κ.Ν.Αndrοutsοροulοs, I.Ziomas, E.Kosmidis, P.Simeonidis andN.Poupkou, "An operational centre for managing major chemieal industrialaccidents", Journal of Hazardous Materials, Vol 89, Issues 2-3, ρρ 141-161,January 2002.

125. H.H.Lίakos, E.P.Keramida, MAFounti and N.C.Markatos, ''Heat and masstransfer study of impinging turbulent premixed flames", Heat and Mass Transfer,38 (4-5), ρρ. 245-432, 2002.

126. N.Souris, H.H.Lίakos, M.A.Founti, J.Palyνos and N.C.Markatos, "Study ofimpinging turbulent jet flows using the isotropic low-Reynolds number and thealgebraic stress methods", Computational Mechanics 28(5), ρρ. 381-389, 2002.

127. H.H.Liakos, N.C.Markatos and MAFounti, ''Energy savings and environmentalimpacts from fuel substitution ίπ premixed flame processes", C1ean ΑίΓ, 3(4),ρρ.337-358,2002.

128. C.D. Tarantilis, C.T. Kyranoudis and N.C.Markatos, "Use ofthe ΒΑΤΑ algorithmand MIS to solve the mail carrier problem", Applied Mathematical Modelling,Vol. 26, Issue 4, ρρ 481-500, ΑΡΓί12002.

129. K.Papakonstantinou, A.Chaloulakou, A.Duci, N.vlachakis and N.C.Markatos,'ΆίΓ quality ίπ an underground garage: computational and experimentalinvestigation of ventίlation effectiveness", Energy and Buildings, Vo1.35, Issue 9,ρρ.933-940, October 2003.

130. A.Duci, K.Papakonstantinou, A.Chaloulakou and N.C.Markatos, "Numeriealapproach of earbon monoxide concentration dispersion ίπ an enclosed garage",Building and Environment, Volume 39, Issue 9, ρρ. 1043-1048, September2004.

131. T.C.Xenidou, A.G.Boudouvis, D.M.Tsamakis and N.C.Markatos, "AnExperimentally Assisted Computational Analysis of Τίπ Oxide Deposition ίπ aCold-Wall APCVD Reactor''' J.of the Electrochemical Society, 151(12), ρρ.C757-C764,2004.

132. Μ. Psaltaki, J. Papadimitrakis, Μ. Christolis and N.C. Markatos, "Modelling thebehaviour of an οίl spill near coastal zones", Environmental Studies, 1ο, ρρ.371-380,2004.

133. E.Vogiatzis, MKKoukou, N.Papayannakos and N.C.Markatos, ''HeatDispersion effects οπ the functional characteristics of industrial-scale adiabaticmembrane reactors", Chemical Engineering and Technology, Vol. 27, 8, ρρ.857-865,2004.

134. P.Zervas, MKKoukou, N.W.vlachakis and N.C.Markatos, "Studying transportphenomena ίπ fuel cells: effect of flow pattern οπ the performance ofPhosphoric Acid Fuel Cells", IASME Transactions, Issue 3, Volume 2, ρρ275-280, May 2005.

135. Markatos, N.C., Vogiatzis, Ε., Koukou, Μ.Κ., Papayannakos, Ν. "Membranereactor modelling: Α comparative study to evaluate the role of combined massand heat dispersion ίπ large-scale adiabatic membrane modules", ChemicalEngineering Research and Design, 83 (1ΟΑ), ρρ. 1171-1178, 2005 .

. Xe .- u, T.C., Boudouvis, A.G., arkatos, N.CbAn efficient methodology forr'- d. cIΠV'ί"'ν' ~ '.ΩΡ ,ιιmι~ίoπ ίπstenIclJiliiiil~1 si 'Ωίπια le ~lf1i~ociety, ρν

005-09, ρρ. 144-151, 2005.137. J. Papadimitrakis, Μ. Psaltaki, Μ. Christolis and N.C. Markatos, "Three-

dimensional οίl spill modeling for co'nee ), ρρ. , 2005 .

.Α, Christo Μ.Ν.,ο en fι e

8

Preνention ίπ the Process IndusIries, 19 (1), ρρ. 78-88, 2006.139. PapadimiIrakis, J., PsalIaki, Μ., ChrisIolis, Μ., MarkaIos, N.C. "SimuJaIing the

faIe of an oίl spill near coasIal zones: The case of a spiII (from a power planI) atthe Greek Island of Lesνos", EnνironmenIal Modelling and Software, 21 (2), ρρ.170-177,2006.

140. KonsIandinidou, Μ., Niνolianitou, Ζ., Kiranoudis, C., MarkaIos, Ν., 'Ά fuzzymodeling application of CREAM meIhodology for human reliabiliIy analysis",Reliabili/y Engineering and SysIem Safe/y, 91 (6), ρρ. 706-716, 2006.

141. KonsIandinidou, Μ., Niνolianitou, Ζ., MarkaIos, Ν., Kiranoudis, C., "Statisticalanalysis of incidents repor!ed ίπ the Greek Petrochemical IndusIry for the period1997-2003", Journal of Hazardous MaIerials, 135 (1-3), ρρ. 1-9, 2006.

142. Zerνas, Ρ.Ι., Koukou, Μ.Κ., Orfanoudakis, N.G., MarkaIos, N.-C.G.EνaluaIinglow-IemperaIure fuel cell performance for power generaIion: Fluid dynamicsstudy of phosphoric acid fuel ceII sysIems at the cell leνel. Proceedings of theInstitution of Mechanical Engineers, Par! Α: Journal of Power and Energy, 220(6), ρρ. 525-533, 2006.

143. Niνolianitou, Ζ., KonsIandinidou, Μ., Kiranoudis, C., MarkaIos, N.,'OOeνelopmen!of a database for accidents and incidents ίπ the Greek peIrochemical indusIry",Journal of Loss Preνention ίπ the Process IndusIries, 19 (6), ρρ. 630-638, 2006.

144. Zerνas, Ρ.Ι., Koukou, Μ.Κ., MarkaIos, N.C., "PredicIing the effecIs of processparameIers οπ the performance of phosphoric acid fuel cells using a 3-Dnumerical approach" Energy Conνersion and Managemen!, 47 (18-19), ρρ.2883-2899, 2006.

145. KonsIandinidou, Μ., Kiranoudis, C., MarkaIos, Ν., Niνolianitou, Ζ. 'ΈνaluaΙίοn ofinfluencing facIors' transitions οπ human reliabili/y", Proceedings of theEuropean Safe/y and Reliabili/y Conference 2006, ESREL 2006 - SafeIy andReliabίli/y for Managing Risk, 1, ρρ. 347-354, 2006.

146. Politis, Α.κ., SIaνropoulos, G.P., ChrisIolis, Μ.Ν., Panagopoulos, F.G., Vlachos,N.S., MarkaIos, N.C., "Numerical modeling of simuJaIed blood flow ίπ idealizedcomposiIe ar!erial coronary grafts: SIeady state simulaIions", Journal ofBiomechanics, 40 (5), ρρ. 1125-1136,2007.

147. Xenidou, T.C., Boudouνis, A.G., MarkaIos, N.C., Samelor, Ο., Senocq, F.,PrudHomme, Ν., Vahlas, C., "An experimenIal and compuIaIional analysis of aMOCVO process for the growth of ΑΙ fιlms using ΟΜΕΑΑ)", Surface andCoaIings Technology, 201 (22-23 SPEC. ISS.), ρρ. 8868-8872, 2007.

148. Georgiadou, P.S., Papazoglou, ΙΑ, Kiranoudis, C.T., MarkaIos, N.C.,"Modeling emergency eνacuation for major hazard industrial siIes",.Reliabili/yEngineering and SysIem SafeIy, 92 (10), ρρ. 1388-1402, 2007.

149. Vescoukis, ν., Olma, Τ., MarkaIos, Ν., 'ΈΧΡerίence from a ρίlοΙ implemenIaIionof an "jn-situ" fores! IemperaIure measurement network", ΙΕΕΕ InIernaIionalSymposium οπ Personal, Indoor and Mobile Radio CommunicaIions, PIMRC,ar!. nO.4393995. 2007.

150. Politis, Α.Κ., SIaνropoulos, G.P., ChrisIolis, Μ.Ν., Panagopoulos, P.G., Vlachos,

~

. arkaIos, N.C., "Nume~OdeIIing of Si~:d blood flow ίπ idealized

t1p. 2~wcrnLJ~rsnαr~1iM1ics, 41

151. arabelas, S.J., MarkaIos, N.C., "Water νapor condensaIion ίπ forcedconνection flow oνer an airfoiI". Aerospace Science and Technology, 12 (2), ρρ.150-158, 2008.

rakνe

9

10

2008.153. Zervas, Ρ.Ι., Sarimνeis, Η., Palyνos, J.A., Markatos, N.C.G. Model-based

optimal control of a hybrid power generation system consisting of photoνoltaicarrays and fuel cells, Journal of Power Sources, 181 (2), ρρ. 327-338, 2008.

154. Zervas, Ρ.Ι., Sarimνeis, Η., Palyνos, J.A., Markatos, N.C.G. Prediction of dailyglobal solar irradiance οπ horizontal surfaces based οπ neural-networktechniques. Renewable Energy, 33 (8), ρρ. 1796-1803, 2008.

155. Zervas, Ρ.Ι., Tatsis, Α, Sarimνeis, Η., Markatos, N.C.G. Deνelopment of anoνel computational Ιοοl for optimizing the operation of fuel cells systems:Application for phosphoric acid fuel cells. Journal of Power Sources, 185 (1),ρρ. 345-355, 2008 ..

156. Voyiatzis, Ε., Palyνos, J.A., Markatos, N.C. Heat-exchanger design andswitching-frequency effects οπ the performance of a continuous type solaradsorption chiller, Applied Energy 85 (12), ρρ. 1237-1250,2008

157. Staνrakakis, G.M., Markatos, N.C. Simulation of airflow ίπ one- and two-roomenclosures containing a fire source. lnternational Journal of Heat and MassTransfer, 52 (11-12), ρρ. 2690-2703, 2009.

158. Markatos, N.C., Christolis, C., Argyropoulos, C. Mathematical modeling of toxicpollutants dispersion from large tank fires and assessment of acute effects forfire fighters. lnternational Journal of Heat and Mass Transfer, 52 (17-18), ρρ.4021-4030,2009.

159. Hasikos, J., Sarimνeis, Η., Zervas, Ρ.Ι., Markatos, N.C. Operationaloptimization and real-time control of fuel-cell systems. Journal of PowerSources, 193 (1), ρρ. 258-268, 2009.

160. Xenidou, T.C., Prud'homme, Ν., Vahlas, C., Markatos, N.C., Boudouνis, AG .. Αcomprehensiνe insight ίπ the MOCVD of aluminium through interaction betweenreactiνe transport modelling and targeted growth experiments. ECSTransactions 25 (8 PART 1), ρρ. 99-106, 2009.

161. Xenidou, T.C., Prud'homme, Ν., Αlουί, Ι., Vahlas C., Markatos, N.C.,Boudouνis, AG., Shape optimization of a showerhead system for the control ofgrowth uniformity ίπ a MOCVD reactor using CFD-based eνolutionaryalgorithms. ECS Transactions 25 (8 PART 2), ρρ. 1053-1060,2009.

162. Staνrakakis, G.M., Zervas, Ρ.Ι., Sarimνeis, Η., Markatos, N.C., Deνelopment ofa computational Ιοοl Ιο quantify architectural-design effects οπ thermal comfortίπ naturally νentilated rural houses. Building and Enνironment 45 (1), ρρ. 65-80,2010.

163. Argyropoulos, C.D., Sideris, G.M., Christolis, Μ.Ν., Markatos N.C." Modellingpollutants dispersion and plume rise from large hydrocarbon tank fires ίπneutrally stratified atmosphere. Atmospheric Enνironment 44, (6), ρρ. 803-813,2010.

164. Papanikolaou, Ε.Α., Venetsanos, AG., Heitsch, Μ., Markatos, N.C., HySafeSBEP-V20: Numerical studies of release experiments inside a naturallyνentilated residential garage. lnternational Journal of Hydrogen Energy, 35 (1Ο),ρρ ~7-4757, 2010.

r. ΟΙ' i'.t.~It.!!a~~.~!<M,. ΜυΙΙί-ctIνe ~ιWιlηelLιl EPclιs~"izltξij;JcII rCii accIdents,

ournal of Hazardous Materials 178 (1-3), ρρ.792-803, 2010.166. Xenidou, T.C., Prud'homme, Ν., Aloui, Ι., Vahlas C., Markatos, N.C.,

Boudouνis, AG., Reaction and trans interplay ίπ ΑΙ MOCVD inνestigatedgh ents putation ι$Υ ics analysis, Journal of theoc ical Socie 57 (12) 3 Ο.

Zerva at neural

network model for evaluating the performance of various hourly slope irradiationmodels: Implementation for the region of Athens. Renewable Energy 35 (7), ρρ.1357-1362,2010.

168. Mehleri, Ε.Ο., Zerνas, Ρ.Ι., SarImveIs, Η., Markatos N.C., Oetermination of theoptimal Ιίl! angle and orientation for solar photovoltaic arrays. RenewableEnergy 35 (11), ρρ. 2468-2475, 2010.

169. Stavrakakis, G.M., Karadimou, Ο.Ρ., Zerνas, Ρ.Ι., Sarimveis Η., Markatos,N.C., Selection of window sizes for optimizing occupational comfoΓt and hygienebased οπ computational fluid dynamics and neural networks. Building andEnvironment 46 (2), ρρ. 298-314. 2011,

170. Papanikolaou, Ε.Α., Venetsanos, A.G., Cerchiara, G.M., Carcassi, Μ., MarkatosN.C., CFO simulations οπ small hydrogen releases inside a ventilated facili!yand assessment of ventilation efficiency. International Journal of HydrogenEnergy, 36(3), ρρ2597-2605, 2011.

RECENT PUBLlCATlONS (2010-2012)

• Α ηονθl flow-oriented discretization scheme for reducing false diffusion

ίη three-dimensional (3D) flows: Αη application ίη the indoor

enνironment

• Karadimou, Ο.Ρ., Markatos, N.C.,2012

• AImosphericEnvironmenI,61,pp.327-339 .

•• Α methodologν for the hazard assessment ίη large hydrocarbon fuel

tanks

• Nivolianitou, Ζ., Argyropoulos. C., Christolis, Μ., Markatos. Ν.,

• 2012

• Chemica/ Engineerinq TransacIions,26 , ρρ. 171-17

• Modified 'closure' constants of the Standard k-ε turbulence model for the

prediction of wind-induced natural ventilation

• Stavrakakis. G.M., Tomazinakis, Ν.Μ., Markatos. N.C.,2012

• Bui/dinq Serνices Engineerinq Research and Techn%qv ,33 (3) , ρρ. 241-

~~t;W..Q,Ωg!?ratιf.!['~~:;,street canyon flows using various experimental datasets

11

• Α mathematical programming approach for optimal design of distributed

energv systems at the neighbourhood Ievel

• Mehleri, E.D., Sarimveis. Η., Markatos. N,C., Papageorgiou, L.G.,2012

• Enerqv.44 (1) , ρρ. 96-104.

• Α ModeI Predictive Control Framework for ResidentiaI Microgrids

• Mehleri, E.D., Papageorgiou, L.G., Markatos, N.C., Sarimveis, Η.,2012

• Computer Aided Chemiea/ ΕπαίΠθθππα,30 , ρρ. 327-331

• Α hazards assessment methodoIogy for Iarge Iiguid hydrocarbon fueI

tanks

• Argyropoulos, C.D., Christolίs. Μ.Ν., Nivolianitou, Ζ., Markatos, N.C.

• 2012

• Journa/ of Loss Prevention ίπ the Proeess /ndustries,25 (2) , ρρ. 329-335.

• Dynamic computer modeIing of environmental systems for decision

making, risk assessment and design

• Markatos. N.C.,2012

• Asia-Paeifie Journa/ of Chemiea/ Enqineerinq" 7 (2) , ρρ. 182-205.

• Aerodynamics of fixed and rotating spoked cycling wheeIs

• Karabelas, S~J.,Markatos, N.C., 2012

• Jouma/ of F/uids Enqineerinq, Transaetions ofthe ASME, 134 (1) • art. πο.

011102.

• High ReynoIds number turbuIent flow past a rotating cyIinder

la ar t .2012

12

• Applied Mathematieal Modelling ,36 (1) , ρρ. 193-211.

• 3-Ο οίl spill modelling. Natural dispersion and the spreading of oil-water

emulsions ίπthe water column

• Papadimitrakis. Ι., Psaltaki, Μ., Markatos, Ν., 2011

• Global Nest Joumal,13 (4) , ρρ. 325-338.

• Optimal Design and Operation of Distributed Energv Systems (book)

• Mehleri, Ε.Ο., Sarimveis. Η., Markatos, N.C., Papageorgiou. l.G.,2011

• Computer Aided Chemieal EπgίΠθθrίπg.29 , ρρ. 1713-1717.

• CFD simulations οπ small hvdrogen releases inside a ventilated facility

and assessment of ventilation effίciency

• Papanikolaou, Ε., Venetsanos. A.G., Cerchiara, G.M., Carcassi, Μ., Markatos.

R,2011

• International Journal ο,Hvdrogen Energv, 36 (3) , ρρ. 2597-2605.

• Selection of window sizes for optimizing occupational comfort and

hygiene based οπ computational fluid dynamics and neural networks

• Stavrakakis. G.M., Karadimou, Ο.Ρ., Zerνas. Ρ.Ι., Sarimveis, Η., Markatos.

N.C., 2011

• Buίlding and Environmen, (46 (2) , ρρ. 298-314.

• Conseguence assessment of the BBC Η 2 refuelling station using theADREA-HF code

13

• Determination of the optimal tilt angle and orientation for solar

photovoltaic arrays

• Mehleri, Ε,Ο" Zerνas, Ρ.Ι" Sarimveis, Η., Palvvos, JA, Markatos, N,C. ,2010

• Renewable Energy, 35 (11) , ρρ, 2468-2475.

• Α new neural network model for evaluating the performance of various

hourly slope irradiation models: Implementation for the region of Athens

• Mehleri, Ε.Ο., Zerνas, Ρ,Ι" Sarimveis, Η" Palvvos, JA, Markatos, N.C. ,

2010

• Renewab/e Enerqv, 35 (7), ρρ, 1357-1362.

• Multi-objective evolutionarν emergency response optimization for major

accidents

• Georgiadou, P,S" Papazoglou, ΙΑ, Kiranoudis, c.τ., Markatos, N,C" 2010

• Jouma/ of Hazardous Materίals , 178 (1-3) ,ρρ. 792-803,

•• HySafe SBEP-V20: Numerical studies of release experiments inside a

naturally ventilated residential garage

• Papanikolaou, ΕΑ, Venetsanos, AG" Heitsch, Μ" Baraldi, Ο,, Huser, Α,

Pujol, J" Garcia, J" Markatos, Ν. ,2010

• /nternational Journa/ of Hvdroqen Enerqv, 35 (10) , ρρ. 4747-4757.

• Modelling pollutants dispersion and plume rise from large hydrocarbon

tank fires ίn neutrally stratified atmosphere

• Argγropoulos, C.O" Sideris. G.M., Christolis, Μ.Ν" Nivolianitou, Ζ" Markatos,

N,C, ,2010

• Atmospheric Environment, 44 (6) ,ρρ, 803-813,••velo

14

Publίcations ίη Conference Proceedings

15

Spalding, 'Ά mathematicalRivers", Proc. of the 1979Ρ 6 43, ol/and

1. N.C. Markatos, 'Ά theoretical lnvestigation of Buoyancy-Induced flowstratifieation ίη the cylindrical outlet plenum of a lίquίd-metal-cooled fastbreeder reactor", Proc. of the Conference οη "Turbulent Buoyant Convection",/ηΙ Centre for Heat and Mass Transfer, Yugoslavia, Hemisphere Publ. Corp.,ρρ 529-543, 1976.

2. N.C. Markatos, Ο.Β. Spalding, O.G. Tatchell, Ν. Vlachos, Ά solution Methodfor Three-Oimensional Turbulent Boundary Layers οη Bodies of ArbitraryShapes", Proc. of First lηΙ Conference οη Applίed Numerical Modelling,University of Southampton, ρρ 343-362 andpp 690-693, Pentech Press Ltd.,1977.

3. N.C. Markatos, O.G. Tatchell, "Computer Simulation of Compressible Three-Oimensional Turbulent Rocket-Plumes", Proc. of the 1978 lηΙ Conf. οηComputer Simulation, Chester England, ρρ 372-389, ΑΡΓί11978.

4. Α.Μ. Abdelmeguid, N.C. Markatos, Ο.Β. Spalding, 'Ά method of PredictingThree-Oimensional Turbulent Flows around Ships' Hulls", Proc. of the lηΙSymposium οη Ship Viscous Resistance, SSPA Goteborg, Sweden, ρρ 3.1-3.24, Gotab Kungalv Ltd., August 1978.

5. N.C. Markatos, Α. ΜουΙΙ, "The solution of Three-Oimensional Elliptic FlowProblems by the Finite-Oifference Method", Proc. of the 2ndlηΙ Conference οηApplied Mathematieal Modelling, Madrid, Spain, ρρ IV-11.1-11.17, PentechPress Ltd., 1978.

6. Α. Moult, N.C. Markatos, Ο.Β. Spalding, "The solution of Flow Problems ίηHighly Irregular Oomains by the Finite-Oifference Method", Proc. of the 2ndlηΙConf. οη Applied Mathematical Modelling, Madrid, Spain, ρρ IV-6.1-6.15,Pentech Press Ltd., 1978.

7. Κ. Muraoka, N.C. Markatos, "Viscous Pressure at the Stern", Proc. of the 15thlηΙ Towing Tank Conference, Holland, 1978.

8. Α.Μ. Abdelmeguid, N.C. Markatos, Ο.Β. Spalding, Κ. Muraoka, "Comparisonof parabolic and parlially-parabolic solution procedures for three-dimensionalturbulent f10wsaround ships' hulls", Proc. of Conference οη "Turbulent ForcedConvection ίη Channels and Bundles", Vol. 1, Advanced Sludy lnstitute Book,Hemisphere Publ. Corp., ρρ 153-174, McGraw Ηίll, 1979.

9. N.C. Markatos, Α. Moult, P.J. Phelps, Ο.Β. Spalding, "Calculation of steady,three-dimensional, two-phase f10w and heat transfer ίη Steam Generators",Proc. of the 1978 lηΙ Seminar οη Two-phase Momentum, Heat and MassTransfer ίη Chemical, Process and Energy Engineering Systems (Inter-phasePhenomena ίη Two-phase Flows), Oubrovnik Yugoslavia, Hemisphere Publ.

C. e'~~;ii~;5~~~:~rr~~~~~~olloqui~,~~~''!HSdil~~nn.~ ~ PP''fi~521, Paris

1979.11.Μ.Ι. Koosinlin, N.C. Markatos, Α. ΜοulΙ, Ο.Β.

odel Predi .C ongress οη

Ο.

12.N.C. Markatos, Ο.Β. Spalding, O.G. Tatchell, "Computer Analysis of the Base-Flow Region of a Rocket Exhaust", Proc. of the JANNAF 11th PlumeTechnology Meeting, Alabama, U.S.A., 1980.

13.Ν.Χ. Μαρκάτος, "Μαθηματική μοντελοποίηση και ηλεκτρονικοί uπολογιστέςστην uπηρεσία της βιομηχανίας", Πρακτικά 2°U Πανελληνίοu ΣuνεδρίοuΧημικών Μηχανικών, Αθήνα 1980.

14.N.C. Markatos, Τ. Mukerjee, O.R. Glynn, Ο.Β. Spalding, "Three-dimensionalcomputer analysis of flow and Combustion ίπAutomotive Internal Combustionengines", Proc. lπsΙ Mech. Engrs., Νον. 1980.

15. N.C. Markatos, C.B. Wills, "Prediction of Viscous Flow around a FullySubmerged Appended Body", Proc. 13th Symposium οπ NavalHydrodynamics, Tokyo, published by the Shipbuilding Research Assoc. ofJapan, ρρ 631-650, 1981.

16.N.C. Markatos, P.J. Phelps, Β. Purslow, "Predictions of a COFR hot ροοlModel using the FOCS30 code", Proc. of the Fast Reactor Thermal HydraulicsOesign Committee Meeting, Risley υ.Κ., 1981.

17.N.C. Markatos, P.J. Phe/ps, "Computation of the thermohydraulίc aspects ofnuclear reactor components", Proc. of the Fast Reactor Thermal HydraulicsOesign Committee Meeting, Risley υ.κ., 1981.

18.N.C. Markatos, A.C.H. Mace, Ο.Β. Spalding, O.G. Tatchell, "ComputerAnalysis of Combustion ίπ recirculating flow for rocket exhausts ίπ supersonicstreams", Proc. of AIAAlSAE/ASME Joint Propulsion Conference, ColoradoSprings, July 1981.

19.N.C. Markatos, G. Cox, ''Α field Model for Smoke Flow ίπ Enclosures", Proc.First lπΙ Specialists Meeting of the Combustion lnstitute, Bordeaux, July 1981.

20. N.C. Markatos, G. Cox, "Mathematical Modelling of Fires", Proc. of CIBWorkshop "Modelisation", Paris, July 1981.

21. N.C. Markatos, "Numerical computation of Gas Borne Par1icles", Proc. ofConference οπGas Borne Par1icles, IMechE, Oxford, July 1981.

22. N.C. Markatos, P.J. Phelps, Β. Purslow, Μ. Oavis, "Three-dimensionalComputer Predictions of COFR Ροοl Flows", Proc. of Conference οπ ''Heatand FIuid Flow ίπ Nuclear and Process Plant Safety", IMechE, SepΙ 1982.

23. N.C. Markatos, "Computer Simulation of Turbulent Fluid Flow ίπ ChemicalReactors", Proc. of 2ndWorld Congress of Chemical Engineering, Canada1981, νοl. ν, 1982.

24. N.C. Markatos, Ο. Kirkcaldy, ''Analysis and Computation of Three-Oimensiona/Transient flow and Combustion through granulated Propellants", Proc.Symposium οπ Three-Oimensional Turbulent Shear Flow, ASME Meeting ofthe Fluids Engineering Oivision, Saint Louis, ASME Paper 82-FE-9, ρρ 1-15,1982.

25. N.C. Markatos, M.R. Malίn, Ο.Β. Spalding, "Analysis and Computation of Multi-Oimensional Coal Combustion Processes", Proc. Symposium οπ Three-Oimensional Turbulent Shear Flow, ASME Meeting of the Fluids EngineeringΟ' . Όπ, Saint Louis, ASMEaa r 82-FE-8, PPtί18, 1982.

arαat.ιs,ir8ι:n fI!!!ί~r ~~ι;ηMSmokeveme~ " a.(ieD s ~ΙΓ~ νοl. 2, ρρ

373-379, Hemisphere Publ. Corp., 1982.27. C. Aldham, N.C. Markatos, Μ. Gross, "Mathematical Modelling of Gas

lnjection Processes into Iiquid metal" Proc. of ΡΟLΥΜΟΟΕL 5, lπΙ Conf. οπce Iing, orough, .• 8

katos, Ο. Tatchell ο en rp~mputerthe an of I~onf. οπ

16

"Numerical Methods ίπFluid Dynamics", υπίν. of Reading, υ.Κ., 1982.29. N.C. Markatos, G. Cox, "Turbulent buoyant Heat Transfer ίπ Enclosures

Containing a Fire Source", Proc. 7th lπΙ Heat Transfer Conference, Munich,Vol. 6, IΗ4Κ, ρρ 380-385, Hemisphere Publ. Corp., 1982.

30. N.C. Markatos, "Mathematical Modelling ίπ Fire Research", NBS Meeting ofthe Ad Hoc Working Group ίπ Mathematical Fire Modelling, NBS WashingtonD.C., 1982.

31. N.C. Markatos, ΚΑ Pericleous, "GRAFFIC-A computer package for theinteractive graphical representation of fluid-flow phenomena", Proc. 3rd lπΙConf. οπ Engineering Software, Springer-Verlag, ρρ 623-638,1983.

32. N.C. Markatos, ''The theoretical prediction of external aerodynamics of roadvehicles", Impact of Aerodynamics οπ Vehicle Design, Proc. of lπΙ AssociatIonfor Vehicle Design, ρρ 387-400, 1983.

33. N.C. Markatos, "Computer Analysis of Building Ventilation and Heatingproblems", Proc. lπΙ Conf. οπ PassIve and Low Energy Architecture, Crete,Pergamon Press, ρρ 667-675, 1983.

34. N.C. Markatos, ΚΑ Pericleous, "Απ lnvestigation of steady, 3Ο Fires ίπEnclosures", 21st. National Heat Transfer Conference, Seattle, PaperASME/AIChE, ΗΤD-νοι. 25, ρρ 115-124, 1983.

35. N.C. Markatos, S.M. Rawnsley, D.G. Tatchell, ''Analysis of a small-break Loss-of-Coolant Accident ίπa PressurIsed-Water Reactor", Proc. lnst. Mech. Engrs.,Conference Publications 1983-4, "Heat and Fluid Flow ίπ Nuclear and ProcessPlant Safety", Paper C103/83, ρρ 121-134,1983.

36. N.C. Markatos, R. Simitovic, "Numerical prediction of sea flow andtemperature range between power station intake and discharge ports ίπ abay", Proc. 3rd lπΙ Conf. οπ NumerIcal Methods ίπ laminar and TurbulentFlow, Pineridge Press, ρρ 364-377, 1983.

37. N.C. Markatos, ΚΑ Pericleous, "laminar and Turbulent Natural Convection ίπan enclosed cavity", 1983, National Heat Transfer Conference, Seattle, PaperASME/AIChE, ΗΤD-νοι. 26, ρρ 59-68, 1983.

38. N.C. Markatos, C.M. Aldham, "Numerical Solution of the Navier-StokesEquations for lamInar Flow over a forward-facing step" , Proc. 6th IAHR, KfK,Karlsruhe, 1983.

39. Μ. Cross, N.C. Markatos, C.M. Aldham, "Gas injection ίπ ladle Processing",Control '84 - Mineral/Metallurgical Processing, Herbst JA (Ed), ΑΙΜΕ-SΜΕΠΜS, Vol. 8, Ch. 31, ρρ291-297, 1984.

40. Μ. Cross, N.C. Markatos, "Development of a Mathematical Model of Gas/njection into liquid Metals", ίπ Mixed Gas Blowing, 4th ΡΤD Conf. Proc., pub.ΑΙΜΕ, ρ.11, 1984.

41. N.C. Markatos, ΚΑ Pericleous, R. Simitovic, "οπ the 3Ο modelling of airborneevaporative Cooling Tower effluent ίπ interaction with the atmosphere", Proc.4th lπΙ Conf. Numer. Meths. ίπ laminar and Turbulent Flow, Swansea υ.Κ.,1985.

42. Everett, R.D. Finney,~. Markatos, "o~e computer sImulation of

-rmi, 1ωt:JnOerSniCJrea~ Flows,.S. Kumar, G.Cox, N.C. Markatos, "Some field model validatIon studies", Proc.1stlπι Symp. Fire Safety Science, Washington D.C., ρρ 159, 1985.

44. Μ. Patel, N.C. Markatos, ''Οπ th discretisation schemes for transportati c. Ρ ΕΙ Con eΘe .Κ., 1985.

rkatos, Ρ. n e ί ~bustionc. of Co ~ar and

17

Turbulen! Flow, Swansea, Par! 2, Pineridge Press, ρρ 1439-1454, 1985.46. Ρ. Kos!amis, C.W. Richards, N.C. Marka!os, "Numerical Simula!ion of two

phase flows wi!h chemical reac!ion and radia!ion", Proc. ΡΟLΥΜΟΟΕL Conf.,Teeside, υ.Κ., 1985.

47. N.C. Marka!os, G. Cox, S. Kumar, "Some valida!ion of !he JASMINECompu!er program", Proc. 1s1lπl. Conf. οπ Fire Safety Science, Washing!onD.C.,1985.

48. N.C. Marka!os, ΚΑ Pericleous, "Α two-fluid model of !urbulence applied !οsimula!ion of fιres", Proc. 111hIMACS World Congress, Norwegian Society ofAu!oma!ic Con!rol, Norway, Vol. 2, 1985.

49. V.R. Voller, N.C. Marka!os, Μ. Cross, "Techniques for accoun!ing for themoving in!erface ίπ a convec!ion/diffusion phase change", ίπ "NumericalMe!hods ίπThermal Problems", Pineridge Press, Swansea, υ.κ., ρρ 595-609,1985.

50.Μ. Pa!el, N.C. Marka!os, ''Οπ !he discre!isa!ion schemes for convec!ion /diffusion problems", Proc. of ΙΜΑ Conf. οπ Numer. Me!hs. ίπ Fluid Dynamics,υπίν. of Reading, 1985.

51. Ρ. Kos!amis, C.W. Richards, N.C. Marka!os, "Numerical Modelling of radia!ionPhenomena ίπ Two-Phase Flows", Proc. 1st lπl. PHOENICS Users' Conf.,Springer-Verlag, ρρ 386, 1986.

52.V.R. Voller, N.C. Marka!os, Μ. Cross, "Solidifιca!ion ίπ Convec!ion Diffusion",ίπ Numerical Simula!ion of Fluid and HeatlMass Transfer Processes,Springer-Verlag, ρρ 425,1986.

53. Ρ. Shah, N.C. Marka!os, ''Οπ !he 2Ο and 3Ο compu!er analyses of !urbulentflow ίπ ln!ernal Combus!ion Engines", ίπ Numerical Simulation of Fluid andHeatlMass Transfer Processes, Springer-Verlag, ρρ 56, 1986.

54. G. Cox, S. Kumar, N.C. Marka!os, "Some fιeld model valida!ion s!udies", Proc.1sl lπl. Symp. οπ Fire Safety Science, ρρ 159, 1986.

55. Ρ. Shah, N.C. Marka!os, D.R. Glynn, "Variable grids for modelling Flow ίπReciproca!ing Engines", Proc. Congress οπ Modelling I.C. Engines, Valencia,1987.

56. Ρ. Shah, N.C. Marka!os, ''Οπ !he 2Ο and 3Ο Compu!er Analyses ofTurbulence ίπ ln!ernal Combus!ion Engines", presen!ed a! !he Energy SourcesTechnology Conf., Dallas, Texas, Feb. 15-20, 1987, ASME Paper 87-FE-12,ρρ 1-10, 1987.

57. Μ. Pa!el, Μ. Cross, N.C. Marka!os, "Robust Numerical Procedures !ο reducefalse-diffusion, ίπ Convec!ion/Diffusion Problems", Proc. ICIAM Conf., Paris,1987.

58. E.R. Galea, N.C. Marka!os, "Predic!ion of Fire Developmen! ίπΑίrcraft", Proc.of 2ndlπl. PHOENICS Users' Conference, Hea!hrow, London, υ.Κ., Νον. 1987.

59. Μ. Cross, C.W. Richards, Β. Knigh!, N.C. Markatos, ''Engineering CFDSoftware for !he nex! decade", Proc. lπl. Symp. οπ Comp. Fluid Dynamics,Sydney, 1987.

60. ~!el, . Μ. Cr=.:.~atos, ''Οπ !he ιE:.vection Approxima!ion ί~

~!WDΠ(]e'r!;nar~s~on Scι.WX. Μαρκάτος, "Τεχνικές υπολογισμού Αεροναυπηγlκών προβλημάτων μεηλεκτρονικούς υπολογιστές", Πρακτικά Συνεδρίου ΓΓΕΤ, σελ. 168-186, 1988.

62. E.R. Galea,N.C. Marka!os, "Nume' Ι Simula!ion of Aircraft Cabin Fires",c. Mee don, Pa FΘ), 1,1988.

a, N.C. Μ r a!os, "Α a~ "ϊ . Α ic' lation",ACS ο ar6Ju

18

64. Ν. Hoffmann, E.R. Galea, N.C. Markatos, "Computer simulation of Fire-Sprinkler lnteraction : Two-phase phenomena", Proc. of 12th IMACS WorldCongress, Paris, July 1988.

65. E.R. Galea, N.C. Markatos, "Modelling of Aircraft Cabin Fires", Proc. 2nd lπΙSymp. Οπ Fire Safety Science, Tokyo, Hemishpere Publ. Corp., 1988.

66. E.R. Galea, N.C. Markatos, "Forced and natural venting of aircraft cabin fires -a numerical simulation", AGARD Conf. Proc., Νο. 467, ρρ 17.1-17.9, 1989.

67.Α. Αλεξόποuλος, Δ. Ασημακόποuλος, Ν.χ. Μαρκάτος, "Ανάπτuξη ΜοντέλοuΕκτίμησης Εκπομπών CO από Γραμμικές Πηγές σε Αστικές Περιοχές", 10Σuνέδριο Περιβαλλοντικής Επιστήμης και Τεχνολογίας, Μuτιλήνη, 4-7 Σεπτ.1989.

68. Γ. Βοuγάς, Δ. Ασημακόποuλος, Ν.Χ. Μαρκάτος, "ΟλοκληρωμένοςΠεριβαλλοντικός Σχεδιασμός για την Απόρριψη Αποβλήτων σε ΑβαθείςΘάλασσες, Λίμνες, Ποτάμια. Εφαρμογή στην περίπτωση Tou Κόλποu τηςΕλεuσίνας", 1ο Συνέδριο Περιβαλλοντικής Επιστήμης και Τεχνολογίας,Μuτιλήνη, 4-7 Σεm. 1989.

69. N.C. Markatos, ΚΑ Pericleous, "Computation of thermal ΝΟχ Emissions ίπCombustion", Proc. 17th EUROTHERM ''Heat Transfer ίπ radiating andCombustion Systems" Seminar, Cascais, Portugal, ρρ 82-104,1990.

70. ΚΑ PericIeous, N.C. Markatos, 'Ά "two-fluid" approach to the modelling ofthree-dimensional turbulent flames", Proc. 17th EUROTHERM ''Heat Transferίπ radiating and Combustion Systems" Seminar, Cascais, Portugal, ρρ 21-27,1990.

71.Δ. Ασημακόποuλος, Ν.χ. Μαρκάτος, Μ. Χριστόλης, "Μελέτη ΑτμοσφαιρικήςΡύπανσης στην περιοχή Tou Αεροδρομίοu Tou Ελληνικού", 20 ΣuνέδριοΧημείας Ελλάδος και Κύπροu, Αθήνα 28 ΣεΠΤ.-2Οκτ., 1990.

72. Μ.Ν. Christolis, N.C. Markatos, D.H.F. Atkins, "Προσδιορισμός επιπέδωνΔιοξειδίου του Αζώτου στο Λεκανοπέδιο της Αθήνας - Τεχνική ΠαθητικώνΔειγματοληmών", Πρακτικά 2°U Συνεδρίοu Χημείας Ελλάδος και Κύπρου,Αθήνα 28 Σεm. - 2 Οκτ., 1990.

73.J. Panagopoulos, N.C. Markatos, "Mathematical Modelling of ΑίΓ Pollution ίπthe Athens Basin", Proc. of 15Ι lπΙ Conference ίπ Environmental Pollution,UNESCO, Portugal, ΑΡΓί11991.

74.J. Panagopoulos, N.C. Markatos, 'Ά method of assessing the contribution ofvarious air pollution sources through mathematical modelling", Proc. of 15Ι lπΙConference ίπ Environmental Pollution, UNESCO, Portugal, ΑΡΓί11991.

75. Γ. Παναγόπουλος, Ν.Χ. Μαρκάτος, ''Η χρήση των uπολογιστών στην μελέτητης Αέριας ρύπανσης", Συνέδριο ΠΣΧΜ, Απρίλιος 1991.

76. Γ. Παναγόπουλος, Ν.χ. Μαρκάτος, "Μαθηματική Μοντελοποίηση της ΑέριαςΡύπανσης στο Λεκανοπέδιο της Αθήνας", 20 Σuνέδριο ΠεριβαλλοντικήςΕπιστήμης και Τεχνολογίας, Μυτιλήνη, Σεπτέμβριος 1991.

77.J. Panagopoulos, N.C. Markatos, 'Ά method of assessing the contribution ofvarious air and water industrial pollution sources through mathematical

~

lίΠ9"' ΝΑΤ.ο. Advaace Study lnstit e, ''Industrial ΑίΓ Pollution",. , Tgrkay,,.,..!iP*ι ~ r r~ΤΜ. Gou'4liiiιlΙW l1aιJ ~ a at r ~acked-Bedeactors", First lπΙ Conference οπ Combustion Technologies for a Clean

Environment, 3-6 September 1991, Vilamoura (Algarνe), Portugal, session19.3, ΡΡ20-33, 1991.

Κ Φ.ΑΈλενχος

ποσί

19

20

of Process HeatI~~namicsa~3-14 ΟcΙ,

Πανελλήνος Σύλλογος Χημικών Μηχανικών, 1991.80. Ε. Mitsoulis, 8.8. Abdali, N.C. Markatos, "Flow of Viscoplastic Materia/s

through Eχtrusion Dies", 8th Annual Meeting of the Polymer Processing80ciety, New Delhi, India, March 1992.

81. J. Panagopoulos, N.C. Markatos, ''Assessment of the contribution of VariousIndustrial ΑίΓ Pollution 80urces ίπan Industrial Area", 1992 Annual Conferenceof KRIK08 Organization, "Restoration and Protection of the Environment ίπthe 90s", Thessaloniki, August 1992, G. Corfiatis, D. Dermatas, Α.Demetracopoulos (Editors), ρ. 31, 1992.

82. G. Gouvalias, J. Panagopoulos, N.C. Markatos, "Mathematical Modelling ofHeat and Mass Transfer ίπ Packed-Bed Industrial Adsorbers/Regenerators",1992 Annua/ Conference of KR/K08 Organization, "Restoration andProtection of the Environment ίπ the 90s", Thessaloniki, August 1992, G.Corfiatis, D. Dermatas, Α. Demetracopoulos (Editors), ρ. 26, 1992.

83.Α.Ν. Karayiannis, N.C. Markatos, A.G. Andreopoulos, "Experimental andComputationa/ Investigation of Venti/ation Effectiveness ίπ an IndustrialBuilding", 1992 Annual Conference of KRIK08 Organization, "Restoration andProtection of the Environment ίπ the 90s", Thessaloniki, August 1992, G.Corfiatis, D. Dermatas, Α. Demetracopoulos (Editors), ρ.34, 1992.

84. N.C. Markatos, ''ΑίΓ quali!y ίπ Athens and computer-aided decision making",Proc. EFOA (European Fuel Oxygenates Association) Fifth Conference,Brussels, OcΙ 15-16, 1992.

85. Ν. Μαρκάτος, Φ. Μπατζιάς, "Δυναμική Οικονομοτεχνική Βελτιστοποίηση τουΕπιπέδου Ρύπανσης σε Βιομηχανική Ζώνη", Πρακτικά Διαπανεπιστημιακού-Διεπιστημονικού Συνεδρίου "Περιβάλλον και Επιστήμες στο τέλος του Αιώνα -Προβλήματα και Προοπτικές", Εναλλακτικές Εκδόσεις, σελ. 191-199, 1992.

86. M.Christolis, J. Panagopoulos, C. Christidou, N.C. Markatos, "The restorationof industrial areas: the case of Eleonas, Athens", HELECO '93, Athens, 1993.

87. Κ.Ν. Theologos, N.C. Markatos, "Design of fluid cata/ytic cracking riserreactors using computational fluid dynamics", Proc of 5th lπΙ 8ymposium οπrefined flow modelling, 8epΙ 7-10,1993, Paris, France, 1993.

88. Κ.Ν. Theologos, N.C. Markatos, "Numerical Analysis of the Three-Dimensiona/, Two-Phase Flow, Heat Transfer and Reaction, ίπ a Riser-TypeCatalytic Cracking Reactor", Proc. of 8th /πΙ Conference οπ NumericalMethods ίπ Laminar and Turbulent Flow, 18-23 July 1993, 8wansea, υ.Κ., C.Taylor, Ed., Vol. VIII, Part 1, ρρ. 377-387, Pineridge Press, 1993.

89. G. Gouvalias, N.C. Markatos, J. Panagopoulos, M.J. Tierney, 8. Huberson, G.Zhong, "Advanced flow modelling for Industrial Applications : CFD models ofAdsorbers", Energy Efficiency ίπ Process Technology, Ed. by ΡΑ Pilavachi,Elsevier Applied 8ci. Publ., ρρ 374-387, 1993.

90.Α.Ν. Karayannis, N.C. Markatos, "Mathematical Modelling of HeatExchangers", 8PR/NT Programme 8eminar οπ Heat Exchangers Technology,Athens-Thessaloniki, May 1993.

~

1. . Karayannis, N.C. ~ae;;ng ac gl"s.l Fί~niq~~RI 8

1993.92.G. Gouvalias, J. Panagopoulos, N.C. Markatos, "Mathematical modelling of

packed-bed adsorbers/regenerators reducing pollution discharges", FirstTh . ergy s, Marr st80r ο, 1993.

poulos, Ν. Markato ίπ ί ry' ifi ach forΙ auditi air a lοπ.ι tio a e tud β!

an industrial area", Proc. 2n lπΙ Conference ίπ Environmental ΡοllυΙίοπ,UNESCO, Sitges, Spain, September 1993.

94.G. Gouvalias, J. Panagopoulos, N.C. Markatos, "Computer modelling ofpacked-bed adsorbers/regenerators for reducing ροlΙυΙίοπ discharges", Proc.of 2nd lπΙ Conference ίπ Environmental ΡοllυΙίοπ, UNESCO, Sitges, Spain,September 1993.

95.J. Panagopoulos, N.C. Markatos, 'Ά New Method of Estimating IndustrialWastewater Kinetic Parameters for Industrial Wastewater Characterization",lπΙ Congress Pretreatment of Industrial Wastewaters, IAWO, Athens, October,1993.

96. Ν.Χ. Μαρκάτος, Δ. Ασημακόπουλος, Μ. Χριστόλης, Γ. Παναγόπουλος, Χ.Χρηστίδου, Μ.Κ. Κούκου, Ε. Βουνατσής, 'Ή Περιβαλλοντική ΑναβάθμισηΒιομηχανικών Περιοχών - Η Περίmωση του Ελαιώνα", 1η Διεθνής Έκθεση καιΣυνέδριο Τεχνολογίας Περιβάλλοντος για το Μεσογειακό χώρο, HELLECO1993, Αθήνα, Απρίλιος 1993.

97. Γ. Παvαγόπoυλoς, Μ. Χριστόλης, Ν.χ. Μαρκάτος, "Περιβαλλοντική Απογραφή,Μαθηματικά Μοντέλα Ποιότητας Αέρα και Πολιτική Αντιρρύπανσης. Μίαεφαρμογή στον Ελαιώνα", 30 Συνέδριο Περιβαλλοντικής Επιστήμης καιΤεχνολογίας, Μυτιλήνη, 1993.

98. Γ. Γκουβαλιάς, Γ. Παναγόπουλος, Ν.Χ. Μαρκάτος, 'Ή χρήση ΥπολογιστικήςΡευστοδυναμικής σε Κλίνες Προσρόφησης", 30 Συνέδριο ΠεριβαλλοντικήςΕπιστήμης και Τεχνολογίας, Μυτιλήνη, 1993.

99.G. Gouvalias, J. Panagopoulos, N.C. Markatos, "Mathematical Modelling ofPacked-Bed Industrial Adsorbers/Regenerators for Reducing ΡοllυΙίοπDischarges", European Meeting οπ ChemIcal Industry and Environment,Girona, Spain, June 1993.

100. J. Panagopoulos, Μ. Christolis, N.C. Markatos, "ΑίΓ ροllυΙίοπ policyrationalizatIon through air quality models. Α case study at an industrial area",Jordanian Chemical Engineering Conference Ι, Amman, Jordan, October1993.

101. G. Gouvalias, J. Panagopoulos, N.C. Markatos, "Computer-aidedanalysis of packed-bed adsorbers/regenerators", Jordanian ChemicalEngineering Conference Ι, Amman, Jordan, October 1993.

102. SΙ Miles, G. Cox, Μ. Christolis, C. Christidou, Α Boudouvis, N.C.Markatos, "Modelling the environmental consequences of fires ίπwarehouses", ίπ Fire Safety Science - Proc. of 4th lπΙ Symposium οπ FireSafety Science, Ottawa, Ontario, Canada, Τ. Kashiwagi (Ed.), ρρ1221-1232,13-17 June, 1994.

103. ΑΝ. Karayannis, N.C. Markatos, "Mathematical modelling of heatexchangers", Proc. of 10th lπΙ Heat Transfer Conference, Brighton, U.K., 14-18 August, 1994, publ. by InsΙ Chem. Engrs., "Heat Transfer 1994", R.J.Berryman (Ed.),11-DES-3, ρρ 13-18,1994.

104. Μ. Christolis, C. Christidou, Α Boudouvis, N.C. Markatos, "Flow and

~

. ntration field around bai1d' gs ίπ fireδQ'"ΡΓΟ 2ndΕυ s.eminar οπ Industrial-e ~als.,I'9I~ ~,. .:::::ι,. ~ ΤΜ

J.~, .ι ιlΣiilιίΙ r r ~ι n~pproach Ιοthe modelling of environmental flows and poIIutants dispersion ίπ urban areas.The case of the Athens Underground", Proc. 6th PHOENICS European UserConference, Warwick, U.K., Novemb 1994.

naki, tzis, J. aQ>oN.C. Ma tos, 'ΆίΓ οίίπ the s

21

"Restoration and Protection of the Environment 11,Patra, Greece, August1994.

107. J. Panagopoulos, Α Karayannis, C. Vogiatzis, Ρ. Xonianaki, N.C.Markatos, D. Gatsos, Ι. Franzeskakis, "Environmental Auditing, ΑίΓ QualityModelling and ΑίΓ ΡοllυΙίοπ Control Policy. Two Environmental ImpactAssessment Studies οπ the Rhodes Airport and the Kolonaki Square Garage",Proc. lπΙ Conf. "Restoration and Protection of the Environment 11,Patra,Greece, August 1994.

108. Μ. Christolis, C. Christidou, AG. Boudouvis, N.C. Markatos, "ModellingPollutants Dispersion Around Buildings οπ Fire", Proc. Third lπΙ Congress οπ''ΑίΓ ΡοlΙυΙίοπ 95", Porto Carras, Greece, September 1995, ΑίΓ ΡοlΙυΙίοπ 111-Vo1.1, ''ΑίΓ ΡοlΙυΙίοπ Theory and Simulation", Η. Power, Ν. Moussiopoulos,CA Brebbia (Eds.), Computational Mechanics Publ., ρρ 85-92,1995.

109. Μ. Koukou, Ν. Papayannakos, N.C. Markatos, "Mathematical modellingof the performance of water-gas-shift membrane reactors", lπΙ Conference οπMinimum Emission Power Production from Fossil Fuel - Joule 11,Florence, 27-28 November 1995.

110. Μ. Koukou, Ν. Papayannakos, N.C. Markatos, "Mathematical modellingof the performance of membrane-catalytic reactors", 4th PanhellenicSymposium οπ Catalysis, Papigo, 6-7 October 1995.

111. ΑΝ. Karayannis, N.C. Markatos, "Α method Ιο predict and analyse theperformance of high pressure feedwater heaters using Computational FluidDynamics techniques", Proc. 4th υ.κ. National Conference οπ Heat Transfer,Manchester, 26-27 September 1995.

112. Α Kazantzidou, Μ. Christolis, C. Chήstίdοu, N.C. Markatos,"Mathematical Simulation of Flow and Concentration Fields around Prisms",2nd National Congress οπ Computational Mechanics, Chania, Crete, Proc.ρρ.698-705,1996.

113. Ε.Ρ. Keramida, Μ.Ν. Christolis, N.C. Markatos, "The MethaneEmissions lnventory for Greece", lπΙ Conference "Protection and Restorationof the Environment 111",Chania, Crete, August 1996.

114. Κ.Ν. Theologos, I.D. Nikou, ΑΙ. Lygeros, N.C. Markatos, "Simulationand Design of Fluid Catalytic Cracking Riser-Type Reactors", EuropeanSymposium οπ Computer Aided Process Engineering-6 (ESCAPE-6), Rhodes,Greece, 26-29 May 1996.

115. N.C. Markatos, "Mathematical Modelling of Single-and Two-phaseFlows for Process lπteπsίfιcatίoπ", Energy Efficiency ίπ Process Technology,ΡΑ Pilavachi (Ed.), John Wiley & Sons Publ., 1996.

116. J. Panagopoulos, Α.Ν. Karayannis, N.C. Markatos, "Use of CFD modelsfor the evaluation of the environmental impact of technical works ίπ urbanareas", Proc. of lπΙ Conf. "Protection and Restoration of the Environment 111",Chania, Crete, August 1996.

117. Σ. Κουρνιώτης, Μ. Χριστόλης, Ν.χ. Μαρκάτος, "Συστήματα Διαχείρισης

~

λων Τεχνολογικών Ατυχη των - Το πρ~μα ARTEMIS", Πρακτικά

oσ~OΙΙΙ . Ρ _ BfSnSr2TcM1996,

. Μ. Christolis, D. Brilaki, Ν. Manalis, L. Viras, Ι. Ziomas, Κ. Zografos,N.C. Markatos, ''Ambient air quality monitoring nelwork management", Proc. of5th lπΙ Conference οπ Environmental ieee and Technology, Vol. Α, ρρ.504-

,Μ reeBrillaki, Α hr' lί Χ' Ν rkatos,

the air π ΟΓ C r c. of 5th

22

lηΙ Conference οη Environmental Science and Technology, νοl. Α, ρρ. 495-503, Mytilene, Greece, 1997.

120. J. Panagopoulos, Α. Karayannis, Ζ. Nivolianitou, N.C. Markatos,"Computational investigation of natural and forced ventilation effectiveness ίηindustrial bui/dings", Proc. of 5th lηΙ Conference οη Enlίironmental Scienceand Technology, νοl. Β, ρρ. 512-519, Mytilene, Greece,1997.

121. Μ. Christolis, D. Brίlaki, Ε. Keramida, G. Tsίligiridis, Ζ. Samaras, F.Sakelariadou, N.C. Markatos, "The Greenhouse Gases emissions inventory",Proc. of 5th /ηΙ Conference οη Environmental Science and Technology, νοl. Α,ρρ.450-458, Mytilene, Greece, 1997.

122. Μ. Κούκου, Ν. Παπαγιαwάκος, Ν.Χ. Μαρκάτος, "Υπολογιστικήπροσομοίωση της λειτουργίας Αδιαβατικού Αντιδραστήρα με ενσωματωμένηΚεραμική Μεμβράνη Βιομηχανικής Κλίμακας", 1ο Πανελλήνιο ΕπιστημονικόΣυνέδρlο Χημικής Μηχανικής, σελ. 585-590, Πάτρα, 29-31 Μαϊου 1997.

123. Χ. Λιάκος, Κ.Ν. Θεολόγος, Α.Γ. Μπουντουβής, Ν.Χ. Μαρκάτος,"Υπολογιστική Ανάλυση καυστήρων άνθρακα", Πρακτικά 10υ ΠανελλήνιουΕπιστημονικού Συνεδρίου Χημικής Μηχανικής, Πάτρα, 29-31 Μαϊου 1997.

124. Η. Θεοδωράκη, Σ. Κουρνιώτης, Μ. Χριστόλης, Ν.Χ. Μαρκάτος,"Συστήματα Διαχείρησης Μεγάλων Τεχνολογικών Ατυχημάτων", 1ο ΠανελλήνιοΕπιστημονικό Συνέδριο Χημικής Μηχανικής, Πάτρα 29-31 Μαϊου 1997.

125. T.C. Xenidou, Α. Proyou, Ι. Ziomas, N.C. Markatos, "ΑίΓ ροllυΙίοη rapidassessment ίη major Greek cities", Proc. of 51h lηΙ Conference οηEnvironmental Science and Technology, νοl. Β, ρρ. 504-511, Mytilene,Greece, 1997.

126. Μ. Koukou, Ι Peristeras, Ν. Papayannakos, N.C. Markatos, Ρ.Alderliesten, "Design of a full scale adiabatic water-gas-shift membranereactor", Proc. 151European Congress οη Chemical Engrg., ECCE - 1,F/orence, May4-7, 1997

127. N.C. Markatos, "Computational Methods for Environmental Research",Keynote paper, lηΙ Conf. οη Energy and the Environment, Limmasol, Cyprus,12-14 OcΙ. 1997.

128. C.H. Liakos, Κ.Ν. Theologos, A.G. Boudouvis, N.C. Markatos,''Integrated Analysis of Coal Combustion", 151Meeting of the Greek Section ofthe Combustion lnstitute, Athens, 28-29 November 1997.

129. Ε.Ρ. Keramida, A.N.Karayannis, A.G.Boundouvis and N.C.Markatos, "ΑNovel Surface Temperature Calculation Method ίη General RadiatIonComputations", ίη Computational Fluid Dynamics '98- Proc. Of the 4thECCOMAS Computational Fluid Dynamics Conference, ρρ. 968-972, K.D.Papailiou, D.Tsahalis, J.Periauχ, C.Hirsch, M.Pandolfι (Eds), Athens, Greece,SeΡΙ1998, (J.Wiley and Sons, New York, 1998).

130. A.N.Spyropoulos, A.G.Boudouvis and N.C.Markatos, "ΑηImp/ementation of Parallel Preconditioned GMRES (m) οη Distributed Memo~Computers", ίη Computational F/uid Dynamics '98, - Proc. Of the 4

~

MAS computational~amics cRerence, ρρ. 968-972, KD.. oιιIo.ιT.~""'r.' . 'Ι~ ~r~s..Γvtreece,pΙ199~ί~ SI , 1D> Ο ι::::;;.

. A.J.Grandison, R.N. Mawhinney, E.R. Galea, ΜΚ Patel, Ε.Ρ.Keramida, A.G. Boundouvis and N.C. Markatos, "The FIREDASS (FIREDetection 8nd .Quppression Simulati Model, ίη Proc. of the FAA lηΙFίre and

ίη esea erence, nΘcί NJ, USA, Νον. 1998.Kerami Η.Η. ~. Ιί, Β is and, "Perf e aDtio ο metric

23

Furnace", ίπ Proc. of the 56 Eurotherm Conference-Heat Transfer ίπRadiating and Combusting Systems, Νο 3, ρρ158-167, Oelphi, Greece, April1998.

133. Η.Η. Liakos, Μ'κ' Koukou, ΜΑ Founti, and N.C. Markatos, "Modellingof Impinging Turbulent Premixed Flames", 4thECCOMAS Computational FluidOynamics Conference, Athens, September 1998,Proc.1 (2),ρρ.984-989.

134. Η.Η. Liakos, KN.Theologos, A.G. Boudouvis and N.C. Markatos, "Theeffect of Pressure οπ Pulverized Coal Char Combustion Performance" lπProc. of the 6th lπl. Conference οπ Circulating Fluidized Beds, ρρ 237-242, J.Werther (Ed.), Wurzburg, Germany, August 1999 (OECHEMA e.v., Frankfurt,1999).

135. Μ.Κ. Κούκου, Ν. Παπαγιαwάκος και Ν.Χ. Μαρκάτος, «Μελέτη τωνΕπιδράσεων της Μη Ιδανικής Ροής στη Λειτουργία Συστημάτων ΔιαχωρισμούΑερίων που Χρησιμοποιούν Μεμβράνες: Πειραματική και ΘεωρητικήΠροσέγγιση» 20 Πανελλήνιο Επιστημονικό Συνέδριο Χημικής Μηχανικής,Θεσσαλονίκη, 27-29 Μαίου, 1999.

136. χ.χ. Λιάκος, Μ.Κ. Κούκου, ΜΑ ΦOύVΤη και Ν.Χ. Μαρκάτος,«Μοντελοποίηση Θερμικής Κατεργασίας Επιφανειών με ΦλόγεςΠροανάμιξης» 60 Εθνικό Συνέδριο του Ινστιτούτου Ηλιακής Τεχνικής (Ι.Η.Τ.),Βόλος, 3-5 Νοεμβρίου, (1999).

137. Ε. Keramida, Ν. Souris, Α. Boudouvis and N.C. Markatos, "Απ Eu/er-Lagrange Method for the Simulation of Radiant Attenuation by Water Mist"Proc. of European Congress οπ Computational Methods ίπ Applied Sciencesand Engineering, ECCOMAS 2000, Barcelona, 11-14 Sepl. 2000.

138. T.C. Xenidou, Μ.Κ. Koukou, A.G. Boudouvis and N.C. Markatos,"Computational analysis of Horizontal Cold Wall CVO reactors at LowPressure: Application Ιο Tungsten Oeposition from Pyrolysis of W(CO)6" 7thEUROCVO, Glyfada, Greece, August, 27-31, (2001).

139. T.C. Xenidou, Μ.Κ Koukou, Ε.Ρ. Keramida and N.C. Markatos,"Computational analysis of cold-wall ChemIcal Vapor Oeposition reactorsunder low-pressure conditions", lπ Proceedings of the 3,d HellenIc ScientificConference of ChemIcal Engineering, ρρ 713-716, Athens, 31 May-2 June2001.

140. Θ.Κ. Ξενίδου, Μ.Κ. Κούκου, Ε. Κεραμίδα και Ν.Χ. Μαρκάτος,«Υπολογιστική Ανάλυση Avτιδραστήρων Χημικής Εναπόθεσης από ΑτμόΨυχρού Τοιχώματος σε Συνθήκες Χαμηλής Πίεσης», 30 ΠανελλήνιοΕπιστημονικό Συνέδριο Χημικής Μηχανικής, Αθήνα, 27-29 Μαίου, 2001.

141. Ε.Ο. Koronaki, T.C. Xenidou, A.G. Boudouvis, N.C. Markatos and I.G.Kevrekidis, ''Enabling nonlinear CFO computations through projection methods- Απ application ίπ steady state com£utations and stability analysis of CVOreactors", lπ Proceedings of the 4 GRACM lnternational Congress οπComputational Mechanics, GRACM 2002, Patras, Greece, 27-29 June 2002.

142. Μ. Psaltaki, M.Christolis, J. Papadimitrakis and N.C. Markatos"Ά lating the fate of an αϊl i11near coast zones", Proc. Of the "Siχthe ic;ιιa.lv'ι~ ~ ..,tMr 2002,ndhei~ Ι Ι ι::::;;, Ι ~ ~

Μ. Psaltaki, M.Christolis, J. Papadimitrakis and N.C. Markatos, 'Άmathematical model of the behaviour of an οΗspill near coastal zones" CO-ROM proceedings of the 1st IΠΙθΓΠ . nal Conference οπ "Oceanographical_ ec ustain diterran a ",Oa , Greece,September 2002.

144. Xenidou .G. Oia . Α υνί is andΝ ,"Τίπ χ e utations

24

and experiments" LΠ Proceedings of 203 Meeting of the ElectrochemicalSociety, νοl. ρν 2003-08: Chemical Vapor Deposition χνl (CVD νΧI) andEUROCVD 14, ρρ.203-209, M.D. Allendorf et al., Eds. (The ElectrochemicalSociety, lnc. Pennigton, NJ" USA, 2003).

145. Ε. Βογιατζής, Μ'κ' Κούκου, Ν. Παπαγιαwάκος και Ν.Χ. Μαρκάτος,«Μαθηματική Μοντελοποίηση της Θερμικής Διασποράς σε ΑδιαβατικόΑντιδραστήρα Βιομηχανικής Κλίμακας με Ενσωματωμένη Υψηλά ΕκλεκτικήΚεραμική Μεμβράνη Διαχωρισμού Αερίων», 40 Πανελλήνιο ΕπιστημονικόΣυνέδριο Χημικής Μηχανικής, Πάτρα, 29-31 Μαίου, (2003).

146. T.C. Xenidou, A.G. Boudouvis, and N.C. Markatos, ''Integrated Designof a cold-wall Reactor for Τίπ Oxide Chemical Vapor Deposition", lπProceedings of the 4th Hellenic Scientific Conference of ChemicalEngineering, ρ.433-436 (Patra, Greece, 29-31 May 2003).

147. T.C. Xenidou, A.G. Boudouvis, and N.C. Markatos, "Chemical Vapordeposition process design: the coupling of transport phenomena and chemicalkinetics approach", lπ Chemical Engineering Transactions - Proceedings ofthe 6th Italian Conference οπ Chemical and Process Engineering (ICheaP-6),νΟI.3, ρρ.141-146 (Pisa, Italy, June 8-11, 2003).

148. Μ. Psaltaki, Μ. Christolis, J. Papadimitrakis and N.C. Markatos 'Άmathematical model of the behaviour of an 011 Spill near coastal zones", Proc.of the 3rd lnternational Conference οπ 'ΌίISΡίlls, οίl ΡοllυΙίοπ and remediation",16-18 September 2003, Istanbul, ρρ.113-123.

149. T.C. Xenidou, A.G. Boudouvis, N.C. Markatos, "Modeling of Reactionand Transport ίπ Chemical Vapor Deposition: Predictions of Growth andUniformity of Τίπ Oxide Films", Proc. 12thConference οπ Modelling Fluid Flow,ρρ 232-239, Τ. Lajos and J. Vad(Eds), Budapest, Hungary, Sepl. 2003.

150. Μ. Psaltaki, M.Christolis, J. Papadimitrakis and N.C. Markatos"Modeling the behaviour of an Οίl Spill near coastal zones" Proc. Of the 5thlnternational Conference οπ environmental problems ίπ coastal regions",Coastal Environment ν, incorporating οίl spill studies, WIT Press, ΑΡΓίl 2004Alicante Spain, ρρ. 371-380.

151. J. Papadimitrakis, Μ. Psaltaki, M.Christolis, and N.C. Markatos "Threedimensional οίl spill modeling for coastal waters" CD-ROM proceedings of thelnternational Conference οπ "protection and Restoration of the environment"νll, Myconos, Greece, June 28- July 1, 2004.

152. Ε. Vogiatzis, Μ'κ' Koukou, N.Papayannakos and N.C. Markatos,"Modeling of combined mass and heat dispersion ίπ industrial-scale adiabaticmembrane reactors" accepted for oral presentation at 151 lnternationalConference "From Scientific Computing Ιο Computational Engineering" (15t IC-SCCE), Athens, Greece, September, 8-10, (2004).

153. M.G. Psaltaki, N.C. Markatos 'Ά computer sImulation of the fate of anοίl spill ίπ marine environments", IASME Transactions, Issue 1, Volume 2,January 2005, ρρ. 164-171.

154~ M.G. Psaltaki, N.C. Mar tos" Α compu r sImulation of the fate of an

~

~ ί τ' . '~I ._.~A~ME lπl.nfere . c Cijβ ta 2 ~2<fi\1:i;,

1. Μ. Ψαλτάκη, Ν. Χριστόλης, Ι. Παπαδημητράκης, Ν. Μαρκάτος,«Μοντελοποίηση της εξέλιξης πετρελαιοκηλίδων στο θαλάσσιο περιβάλλον»,Αθήνα, 3-6 Φεβρουαρίου 2005, CD- !1eαΚΤΙΚά.

nidou Kapsalis π.. Markatos,Carbon C positio tUί!!s χ

ίΙίοπ elli s h

25

26

Α, Markatos, Ν.ο tions ίπ

Conference of Chemical Engineering, ρ. 449-452 (Thessaloniki, Greece, 26-28 May 2005).

157. Π. Ζέρβας, Μ.Κ. Κούκου, Ν.Χ. Μαρκάτος, «ΜαθηματικήΜοντελοποίηση και Ανάλυση της Λειτουργίας Κελιών καυσίμου: Εφαρμογή σεκελιά καυσίμου Φωσφορικού Οξέως (PAFC)", Πρακτικά 5°U ΠανελλήνιουΕπιστημονικού Συνεδρίου Χημικής Μηχανικής, Θεσσαλονίκη, Μάιος 2005.

158. T.C. Xenidou, AG. Boudouvis, N.C. Markatos, "The use of computer-aided analysis ίπ the design of CVD reactors for the growth of Ιίπ oxide films",accepted for presentation at the 5th GRACM lnternational Congress οπComputational Mechanics (Limassol, Cyprus, 29 June-1 July 2005).

159. Ρ. Zerνas, Μ.κ. Koukou, N.W. Vlachakis, N.C. Markatos, "ReliablePerformance Modeling of Phosphoric Acid Fuel Cells for Power Applications",Proc.of 1,ι lnternational Conference of Experiments Ι Process Ι SystemModelling Ι Simulation Ι Optimization (1't IC-EpsMsO) , Athens, Greece, July6-9,2005.

160. S.J. Karabelas, N.C. Markatos, "Transient shock wave intersections ίπ aconverging nozzle", IASME Transactions, Issue 7, Volume 2, ρρ1237-1245,September 2005.

161. T.C. Xenidou, AG. Boudouvis, N.C. Markatos, "Απ efficientmethodology for integrated computer-aided design of CVD reactors", Proc.ofthe EUROCVD-15 Conference (Bochum, Germany, September4-9, 2005).

162. M.G. Psaltaki, N.C. Markatos, "Modelling the behaviour of an οίl spill ίπthe marine environment", IASME Transactions, Issue 9, Volume 2, ρρ.1656-1664, November 2005, Corfu Greece.

163. Markatos, Ν., Vescoukis, V. Towards an integrated system for planningand decision support ίπ forest fire management (2007) Proceedings of 4thlnternational Wildland Fire Conference.

164. Stavrakakis, G.M., Koukou, Μ.κ., Vrachopoulos, M.Gr., Markatos, N.C.Study of air:flow pattern and thermal environment ίπ naturally ventίlatedbuildings (2007) CD Proceedings ENERTECH2007.

165. Stavrakakis, G.M., Markatos, N.C. Computational prediction ofbuoyancy-driven airflow ίπ air-conditioned enclosures (2006) Proceedings of2nd IC-SCCE.

166. Psaltaki, M.G., Markatos, N.C. Modeling the behavior of an οίl spίll ίπthe marine environment (2005) IASME Trans, 2, ρρ. 1656-1664.

167. Kalabokas, P.D., Sideris, G., Christolis, Μ., Markatos, Ν. Analysis of airquality measurements ίπVolos, Greece (2005) HELECO 05 - 5th lnternationalExposition and Conference for Environmental Technology.

168. Zerνas, Ρ., Koukou, Μ.Κ., Vlachakis, N.W., Markatos, N.C. Studyingtransport phenomena ίπ fuel cells: Effect of flow pattern οπ the performance ofphosphoric acid fuel cells (2005) IASME Trans., 2, ρρ. 275-280.

169. Papakonstantinou, Κ., Kiranoudis, C., Markatos, N.C. Mathematicalsimulation of air flow field ίπ single-sided ventilated buίldings (2004)~dings of 6(th) Nationi321C nference of IHjil3-5 November 1999, Volos,~. ΤΜ

• SiWCΔ:Jα. 1:5 Ν. aι;;Smulation ofpollutants dispersion around warehouses οπ fire (2004) Proceedings Firstlnternational Conference 'From Scientific Computing to ComputationalEngineering.

172. Papakonstantinou, Κ., Kiranoudis, C., Markatos, N.C. MathematicaIsimulation of air flow field ίη singIe-sided ventiIated buildings (1999)Proceedings of 6th National Conference of ΙΗΤ, 3-5 Νον.

173. Markatos, N.C., Kyranoudis, C.T., Zografos, Κ., Ziomas, Ι. ΑηoperationaI center for managing major chemical industrial accidents (1999)Seveso 2000 Conf., ρρ. 282-291.

174. Keramida, Ε.Ρ., Karayannis, ΑΝ., Boudouvis, AG., Markatos, N.C.Radiative heat transfer ίη fίre modeIling (1998) NIST Annual Conference οηFire Research, ρρ. 147-149.

175. Papakonstantinou, Κ., Kiranoudis, C., Markatos, Ν. NumericaiSimulation of ΑίΓ ΡοΙlυΙίοη Oispersion and Thermal Comfor! Analysis ίη theMyceane Hall of the National ArchaeoIogical Museum of Athens (1998) 4thECCOMAS ComputationaI Fluid Oynamics Conference Proceedings.

176. Papakonstantinou, Κ, Kiranoudis, C., Patrikiou, F., Markatos, N.C.Computer analysis of the air ροlΙυΙίοη ίη the Myceane Hall of the NationalArchaeologicaI Museum of Athens (1998) Ιη: Proceedings of the SixthInternational Conference οη ΑίΓ Oistribution ίη Rooms.

177. KlipfeI, Α, Lίakos, Η., Founti, Μ., Markatos, N.C. Effίcient modeling of apίlot-stabilized flame (1997) 1st Meeting of the Greek Section of theCombustion Institute, ρρ. 89-94.

178. Mίles, S.O., Cox, G., ChristoIis, Μ.Ν., Christidou, C.A., Boudouvis, AG.,Markatos, N.C.Modelling the EnvironmentaI Consequences of Fires ίηWarehouses (1994) Fire Safety Science - Proceedings of the Four!hInternational Symposium, ρρ. 1221-1232.

179. Markatos, N.C. Computer simulation technIques for turbulent flows(1985) Encyclopedia of FIuid Mechanics, 6 (1), ρρ. 1259-1275.

180. Markatos, N.C., Tatchell, O.G., Cross, Μ., Rhodes, Ν. NumericalsimuIation of fluid flow and heatlmass transfer processes (1985) PubIished ίηLecture Notes ίη Engineering, 18.

181. Spalding, Ο.Β., Markatos, N.C. (1983) Computer Simulation of ΜυΙΙί-Phase Flows; a Course of Lectures and Workshops.

182. Konstandinidou, Μ., Nivolίanitou, Ζ., Simos, G., Kiranoudis, C., andMarkatos, N.C., Operators' response time estimation for a criticaI task usingthe fussy logic theory

183. Μ. Χριστόλη, Ε. Διαπούλη, Α Χριστοδουλάκη, Ν.Χ .Μαρκάτου, (2010),ΕΚΤΙΜΗΣΗ ΕΠΙΠΕΔΩΝ ΑΙΩΡΟΥΜΕΝΩΝ ΣΩΜΑΤΙΔΙΩΝ ΚΑΙ ΜΕΤΡΑΑΝΤΙΡΡΥΠΑΝΣΗΣ ΣΤΗΝ ΠΑΡΑΚΤΙΑ ΠΕΡΙΟΧΗ ΤΟΥ ΛΙΜΕΝΑ ΤΟΥ ΠΕΙΡΑΙΑ,50 Συνέδριο Λιμενικών Έργων, Αθήνα.

184. Μ. Χριστόλη , Ε. Καπετάνιου, Γ. Σταυρακάκη, Α Λυγερού, Ν.Χ.Μαρκάτου, (2010), ΣΧΗΜΑΤΙΣΜΟΣ ΔΙΟΞΙΝΩΝ ΚΑΤΑ ΤΗΝ ΚΑΥΣΗΕΝΑΛΛΑΚΤΙΚΟΥ ΚΑΥΣΙΜΟΥ ROF ΣΕ ΕΓΚΑΤΑΣΤΑΣΕΙΣ~NTOBΙOMHXANΙAΣ, 10 Συνέδριο ΕΛΙΝΥΑΕ, Αθήνα.

~ΜlcιrίΙΑΑ~ίb~ΘΟ~, Majorccidents~~~rc!~_IJ o~ ίο ~ r~sessment,

4th International Conference Prevention of Occupational Accident ίη aChanging Work Environment, 30 September - 3 October, Crete, Greece

C.ISaEί1t

27

fueI-tank fire, Proceedings of Int. Congress "Prevention of OccupationalAccident in a Changing Work Environment", 30 September - 3 October 2008,Chania, Crete.

187. Μ. Όξενκιουν-Πετροπούλου, Κ. Όξενκιουν, Ν. Μαρκάτου, Μ. Χριστόλη,Κ. Ελευθεριάδη, Α. Χρηστίδη (2007), Αιωρούμενα σωματίδια (ΡΜ10/ΡΜ2.5)στην περιοχή του Λεκανοπεδίου Αθηνών - Χωροχρονική κατανομή,ειδοταυτοποίηση, ποιοτικοποσοτική σύσταση, εκτίμηση είδους πηγών,Συνέδριο για την επιστημονική έρευνα στο Εθνικό Μετσόβιο Πολυτεχνείο, 5-8Ιουλίου 2007, Πλωμάρι Λέσβου, ρ. 237-244.

188. Χριστόλη Μ.Ν. και Μαρκάτου Ν.Χ. (2005), ΠΡΟΣΔΙΟΡΙΣΜΟΣΡΥΘΜΟΥ ΕΚΠΟΜΠΗΣ ΤΟΞ/ΚΩΝ ΟΥΣΙΩΝ ΑΠΟ ΕΓΚΑΤΑΣΤΑΣΕΙΣΦΥΤΟΦΑΡΜΑΚΩΝ ΣΕ ΠΕΡΙΠΤΩΣΗ ΠΥΡΚΑΓιΑΣ, HELECO '05

189. Π. Καλαμπόκα, Γ. Σιδερή, Μ. Χριστόλη, Ν.Χ. Μαρκάτου, (2005),Ανάλυση μετρήσεων ποιότητας ατμοσφαιρικού αέρα στο Βόλο, HELECO 05

190. Χριστόλη Μ.Ν. και Μαρκάτου Ν.Χ. (2005), ΠΡΟΣΔΙΟΡΙΣΜΟΣΡΥΘΜΟΥ ΕΚΠΟΜΠΗΣ ΤΟΞΙΚΩΝ ΟΥΣΙΩΝ ΑΠΟ ΕΓΚΑΤΑΣΤΑΣΕΙΣΦΥΤΟΦΑΡΜΑΚΩΝ ΣΕ ΠΕΡΙΠΤΩΣΗ ΠΥΡΚΑΓιΑΣ, Πρακτικά ΣυνεδρίουHELECO '05.

191. G. Μ. Sideris, Μ.Ν. Christolis, Ν. C. Markatos, NUMERICALSIMULATlON OF POLLUTANTS DISPERSION AROUND WAREHOUSESΟΝ FIRE, 1st InternationaI Conference "From Scientific Computing ΙοComputationaI Engineering", Athens, 2004.

192. Μ. Psaltaki, Μ. Christolis, J. Papadimitrakis and N.C Markatos, (2002), ΑMATHEMATlCAL ΜΟDΕι OF ΤΗΕ BEHAVIOUR OF ΑΝ ΟΙΙ SPILL NEARCOASTAL ZONES: ΤΗΕ CASE OF ΚARAVA AREA (LESVOS ISLAND), 6thInternatIonal SemInar on Marine EnvironmentaI PolIution (SINTEF).

PUBLlCATlONS ΙΝ MORE RECENT PROCEEDINGS

193.Shape optimization of a showerhead system for the control of growthuniformity ίπ a MOCVD reactor using CFD-based evolutionary algorithms

Xenidou, T.C., Prud'homme, Ν., ΑΙουί, Ι., Vahlas, C., Markatos, N.C., Boudouvis,A.G., 2009

194.0peratoγs' response time estimation for a criticai task using the fuzzy logictheo

2009

28

Safety, ReJίability and Risk Ana/ysis: Theory, Methods and Applications -Proceedings of the Joint ESREL and SRA-Europe Conference 1 , ρρ. 281-290.

195.Α eomprehensiνe insight ίπthe MOCVD of aluminum through interaetionbetween reaetiνe transport modeling and targeted growth experiments

Xenidou, T.C., Prud'homme, Ν., Vahlas, C., Markatos, N.C., Boudouνis, A.G. ,2009

ECS Transactions ,25 (8 PART 1) , ρρ. 99-106.

ModelIing the behaνiour of an οίΙ spill ίπmarine enνironments

Markatos, N.C., Psaltaki, M.G. ,2008

Proceedings of the 6th /nternationa/ Conference on Engineering Computationa/Techn%gy.

Computational fluid dynamies based shape optimization of a metal-organieehemieal νapor deposition system using eνolutionary aIgorithms

Xenidou, T.C., Boudouvis, A.G., Markatos, N.C. ,2008

Proceedings of the 6th /nternationa/ Conference on Engineering Computationa/Techn%gy.

Numerieal simulation of the dispersion of toxie polIutants from large tank fίres

Argiropoulos, C.D., ChristoIis, Μ.Ν., Nivolianitou, Ζ., Markatos, N.C. , 2008

Proceedings of the 6th /ntemationa/ Conference on Engineering Computationa/Techn%gy.

Experienee from a pilot implementation of an "in-situ" forest temperaturemeasurement networkco.,olm:, Τ., MarkatOs,~007.... ΤΜ_rnatioWDDUe'cSιlMIaι:eCommunications, P/MRC, art. no. 4393995.

29

Evaluation of influencing factors' transitions οη human relίabilίty

Konstandinidou, Μ., Kiranoudis, C., Markatos, Ν., Nivolianitou, Ζ. ,2006

Proeeedings of the European Safety and RelίabilίIy Conferenee 2006, ΕSREL 2006 -Safety and RelίabilίIy for Managing Risk 1 , ρρ. 347-354.

Evaluating low-temperature fuel cell performance for power generation: Fluiddynamics study of phosphoric acid fuel cell systems at the celllevel

Zervas, Ρ.Ι., Koukou, Μ.Κ., Orfanoudakis, N.G., Markatos, N.-C.G. , 2006

Proeeedings of the Institution of Meehanieal Engineers, Part Α: Joumal of Power andEnergy 220 (6) , ρρ. 525-533

Αη efficient methodology for integrated computer-aided design of cvd reactors:Αη application ίη tungsten/carbon codeposition

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