me i ii iii iv syllabus 7-11-07

8/13/2019 Me i II III IV Syllabus 7-11-07

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JAWAHARLAL NEHRU TECHNOLOGICAL UNIVERSITYHYDERABAD

B.TECH. MECHANICAL ENGINEERING

I YEAR COURSE STRUCTURE

______________________________________________________________________________________CODE SUBJECT T P/D C

English 2 +1* 0 4 Mathematics-I 3 +1* 0 6 Mathematical Methods 3 +1* 0 6 Engineering Physics 2 +1* 0 4 Engineering Chemistry 2 0 4

Classical Mechanics 2+1* 0 4Compter Programming 2+1* 0 4

Engineering !raphics 0 6 " Engineering Physics and #els and $%ricants $a% 0 3 4 English $angage Commnication &'ills $a% 0 3 4 Compter Programming $a% 0 3 4 Engineering (or' &hop Practice 0 3 4

Total 22 1 !"______________________________________________________________________________________

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B.TECH. MECHANICAL ENGINEERINGII YEAR SEMESTER I

COURSE STRUCTURE

CODE SUBJECT T P/D C

Prodction )echnology 4+1* 0 4 %ect riented Programming 4 +1* 0 4 Electrical and Electronics Engineering 4 +1* 0 4 Mechanics o, &olids 4 +1* 0 4 )hermodynamics 4 +1* 0 4

Metallrgy and Materials &cience 4+1* 0 4 Electrical and Electronics Engineering $a% 0 3 2 %ect riented Programming $a% 0 3 2

Total #$ " 2______________________________________________________________________________________



II Y%a& S%'%(t%& IICOURSE STRUCTURE


Pro%a%ility and &tatistics 4+1* 0 4 inematics o, Machinery 4+1* 0 4 )hermal Engineering -I 4+1* 0 4 #lid Mechanics and .ydralic Machinery 4+1* 0 4 Machine /raing 0 6 4 Enironmental &tdies 4+1* 0 4 Prodction )echnology $a% 0 3 2 Mechanics o, &olids and Metallrgy $a% 0 3 2

Total 2! 12 2

______________________________________________________________________________________

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B.TECH. MECHANICAL ENGINEERINGIII Y%a& S%'%(t%& I

COURSE STRUCTURE


Managerial Economics and #inancial nalysis 4+1* 0 4 tomo%ile Engineering 4+1* 0 4

/ynamics o, Machinery 4+1* 0 4 Machine )ools 4+1* 0 4 /esign o, Machine Mem%ers I 4+1* 0 4 .eat )rans,er 4+1* 0 4 #lid Mechanics and .ydralic Machinery $a% 0 3 2 )hermal Engineering $a% 0 3 2

TOTAL #$ " 2______________________________________________________________________________________



III Y%a& S%'%(t%& IICOURSE STRUCTURE


Indstrial Management 4+1* 0 4 C/CM 4+1* 0 4 Metrology and &r,ace Engineering 4+1* 0 4 5e,rigeration and ir Conditioning 4+1* 0 4 /esign o, Machine Mem%ers II 4+1* 0 4 )hermal Engineering - II 4+1* 0 4 Metrology and Machine )ools $a% 0 3 2 danced English Commnication &'ills $a% 0 3 2

TOTAL #$ " 2

______________________________________________________________________________________

3


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JAWAHARLAL NEHRU TECHNOLOGICAL UNIVERSITYHYDERABAD.

B.TECH. MECHANICAL ENGINEERINGIV Y%a& S%'%(t%& I

COURSE STRUCTURE


perations 5esearch 4+1* 0 4

/ata ase Management &ystems 4+1* 0 4 #inite Element Methods 4+1* 0 4 Instrmentation and Control &ystems 4+1* 0 4

ELECTIVE ) I 4+1* 0 4 5o%otics

Comptational #lid /ynamics Mechatronics

danced /ata &trctres and lgorithmsELECTIVE ) II 4+1* 0 4

7nconentional Machining Processes 8onconentional &orces o, Energy Poer Plant Engineering

7ni9 and &hell programming.eat )rans,er $a% 0 3 2

Prodction /raing Practice and Instrmentation $a% 0 3 2

TOTAL #$ " 2______________________________________________________________________________________

JAWAHARLAL NEHRU TECHNOLOGICAL UNIVERSITYHYDERABAD.

MECHANICAL ENGINEERINGB.T%*+ ) IV S%'%(t%& )II


Prodction Planning and Control 4+1* 0 4ELECTIVE ) III #+1* 0 3

8eral 8etor's and #::y $ogic &ystems )ri%ology 8anotechnology

Compter rgani:ation and rchitectreELECTIVE ) IV #+1* 0 3

Principles o, Entreprenershiptomation in Man,actringInteractie Compter !raphicsperating &ystem Concepts

C/CM $a% 0 3 2 Indstry riented Mini Proect 0 0 2

&eminar 0 0 2 Proect (or' 0 0 10 Comprehensie ;ia 0 0 2

TOTAL 1# # 2

______________________________________________________________________________________

Not% ,ll End E9aminations * - )torial) - )heoryP Practical/raingC - Credits

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2$$-$JAWAHARLAL NEHRU TECHNOLOGICAL UNIVERSITY

HYDERABADI Y%a& B.T%*+. M.E. T P C

210 $

ENGLISH

1. INTRODUCTION :

In view of the growing importance of English as a tool for global communication and the consequent emphasis ontraining students to acquire communicative competence, the syllabus has been designed to develop linguistic andcommunicative competence of Engineering students. he prescribed boo!s and the e"ercises are meant to serve

broadly as students# handboo!s.

In the English classes, the focus should be on the s!ills of reading, writing, listening and spea!ing and for this theteachers should use the te"t prescribed for detailed study. $or e"ample, the students should be encouraged to read the

te"ts%selected paragraphs silently. he teachers can as! comprehension questions to stimulate discussion and basedon the discussions students can be made to write short paragraphs%essays etc.

he te"t for non&detailed study is for e"tensive reading%reading for pleasure by the students. 'ence, it is suggestedthat they read it on their own with topics selected for discussion in the class. he time should be utili(ed for wor!ing

out the e"ercises given after each section , as also for supplementing the e"ercises with authentic materials of asimilar !ind for e"ample, from newspaper articles, advertisements, promotional material etc. . However, the stress inthis syllabus is on skill development and practice of language skills.

2. OBJECTIVES:

a. o improve the language proficiency of the students in English with emphasis on )*+ s!ills.

b. o equip the students to study academic sub-ects with greater facility through the theoretical and practicalcomponents of the English syllabus.

c. o develop the study s!ills and communication s!ills in formal and informal situations.

3. SYLLABUS :

Listening Skis:

b-ectives1. o enable students to develop their listening s!ill so that they may appreciate its role in the )*+ s!ills

approach to language and improve their pronunciation2. o equip students with necessary training in listening so that can comprehend the speech of people of different

bac!grounds and regions

Students should be given practice in listening to the sounds of the language to be able to recognise them, to distinguish

between them to mark stress and recognise and use the right intonation in sentences. / )istening for general content

/ )istening to fill up information

/ Intensive listening/ )istening for specific information

S!e"king Skis :

b-ectives

1. o ma!e students aware of the role of spea!ing in English and its contribution to their success.2. o enable students to e"press themselves fluently and appropriately in social and professional conte"ts.

/ ral practice

/ 0escribing ob-ects%situations%people/ +ole play Individual%roup activities sing e"ercises from all the nine units of the prescribed te"t5 Learning

English : A ommunicative Approach.6/ 7ust 8 9inute7896 *essions.

Re"#ing Skis:

b-ectives1> o develop an awareness in the students about the significance of silent reading and comprehension.2> o develop the ability of students to guess the meanings of words from conte"t and grasp the overall

message of the te"t, draw inferences etc.

/ *!imming the te"t/ nderstanding the gist of an argument

/ Identifying the topic sentence/ Inferring le"ical and conte"tual meaning/ nderstanding discourse features

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Unit / VIII

)%"6ti6e E5e%6ises -n Ree#i" G%""% 6-e%ing

>?.>. Engis* +-% Te6*ni6" C-ni6"ti-n, Col. 1 F 2, by H. +. )a!shmi =arayanan, *ci tech. ;ublications.?. A H"n# 0--k -, Engis* ,-% Enginee%s @ Te6*n--gistsby 0r. ;. Eliah, G. *. ;ublications.. Dee-!ing C-ni6"ti-n Skisby Hrishna 9ohan F 9eera Gener-i 9acmillan6. S!e"king "n# $%iting ,-% E,,e6tie Bsiness C-ni6"ti-n $rancis *oundarara-, 9ac9illan India )td.,

2>>D.19. T*e O5,-%# Gi#e t- $%iting "n# S!e"king 7ohn*eely, "ford

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#10 $ "


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2$$"2$$-JAWAHARLAL NEHRU TECHNOLOGICAL UNIVERSITY


210 $ ENGINEERING PHYSICS

UNIT IOPTICS , Inter,erence - &perposition o, aes - Fongs do%le slit e9periment Coherence - Inter,erencein thin ,ilms %y re,lection - 8etons rings - /i,,raction - #ressnel and #ranho,er di,,ractions - #ranho,er

di,,raction at a &ingle slit /o%le slit - /i,,raction grating - !rating spectrm - 5esoling poer o, a grating- 5ayleighs criterion ,or resoling poer Polari:ation - )ypes o, Polari:ation /o%le re,raction 8icolprism>

UNIT IIULTRASONICS , Introdction - Prodction o, ltrasonic aes - Magnetostriction method Pie:o electricmethod - /etection o, ltrasonic aes - Properties o, ltrasonic aes - 7se o, ltrasonics ,ornondestrctie testing - pplications o, ltrasonics>

ACOUSTICS O7 BUILDINGS, asic re?irement o, acostically good hall - 5eer%eration and time o,reer%eration &a%ines ,ormla ,or reer%eration time - Measrement o, a%sorption coe,,icient o, a material- #actors a,,ecting the architectral acostics and their remedy>

UNIT IIIMAGNETIC PROPERTIES, Permea%ility - Magneti:ation - rigin o, magnetic moment Classi,ication o,magnetic materials - /iaA para and ,erro magnetism - .ysteresis cre - &o,t and hard magnetic materials>

SUPERCONDUCTIVITY, !eneral properties - Meissner e,,ect - Penetration depth - )ype I and )ype IIspercondctors - #l9 ?anti:ation /C and C osephson e,,ect C& )heory - pplications o,spercondctors>

UNIT IVCRYSTAL STRUCTURES AND 5RAY DI77RACTION, Introdction -&pace lattice - asis - 7nit cell -$attice parameter - raais lattices Crystal systems - &trctre and pac'ing ,ractions o, &imple c%ic -ody centered c%ic #ace centered c%ic crystals - /irections and planes in crystals Miller indices -&eparation %eteen sccessie Gh ' lH planes - /i,,raction o, -rays %y crystal planes - raggs la - $aemethod - Poder method>

UNIT V

LASERS , Introdction - Characteristics o, lasers - &pontaneos and stimlated emission o, radiation -Einsteins coe,,icients - Poplation inersion - 5%y laser - .elim-8eon laser C2laser - &emicondctorlaser - pplications o, lasers in indstryA scienti,ic and medical ,ields>

UNIT VI7IBER OPTICS AND HOLOGRAPHY, Introdction - Principle o, optical ,i%er - cceptance angle andacceptance cone - 8merical apertre )ypes o, optical ,i%ers and re,ractie inde9 pro,iles ttenation inoptical ,i%ers - pplication o, optical ,i%ers asic principles o, holography Constrction andreconstrction o, image on hologram pplications o, holography>

UNIT VIIDIELECTRIC PROPERTIES, Introdction - /ielectric constant - ElectronicA ionic and orientationalpolari:ations - Internal ,ields in solids Clasis - Mossotti e?ation /ielectrics in alternating ,ields #re?ency dependence o, the polari:a%ility - #erro and Pie:o electricity>

THERMAL PROPORTIES , Introdction - &peci,ic .eat o, &olids Einstein Model /e%ye Model $attice;i%rations Phonons )hermal Condctiity>

UNIT VIIISCIENCE 8 TECHNOLOGY O7 NANOMATERIALS, Introdction to 8ano materials - asic principles o,8anoscience D )echnology #a%rication o, nano materials Physical D chemical properties o,nanomaterials Car%on nanot%es pplications o, nanotechnology>

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TE5T BOO6S ,1. P+9(4*( Vol:'% 2 %y .allidayA 5esnic' and raneJ ohn (iley D &on>2. A33l4%; P+9(4*( 2ndEdition %y /r> P> ppala 8aid and /r> M> Chandra &he'arA ;>!>&> oo' lin's>#. E>!ar D &>$> !ptaJ /hanpat 5ai and &ons>

RE7ERENCES,1. Naot%*+olo> andyopadhyayJ 8e ge International P%lishers>".E8> adhanl D P>!> shirasagarJ &> Chand D Company $td>

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2$$- $


I Y%a& B.T%*+. M.E. T P C2 $

ENGINEERING CHEMISTRYUNIT I

Wat%& T%*+olo /isadantages o, .ard (ater> Methods o, )reatment o, (ater,or /omestic Prposes-&edimentationA CoaglationA #iltrationA /isin,ection - &terili:ationA ChlorinationA rea'

point ChlorinationA :oni:ation>

UNIT II

Wat%& T%*+olo Control o, Corrosion Proper /esignA 7se o, pre metal and metal alloysA PassiityA Cathodic Protection &acri,icial anode andImpressed Crrent> Modi,ying the EnironmentA se o, Inhi%itors>

UNIT IV

P&ot%*t4?% Coat4 Elastomers na &A na 8A )hio'ol>

UNIT VI

R%>&a*to&4%( a; I(:lato&( , 5e,ractories /e,initionA Classi,ication (ith E9amplesJ Criteria o, a !ood5e,ractory MaterialJ Cases ,or the ,ailre o, a 5e,ractory MaterialJ Inslators /e,inition and Classi,icationith E9amplesJ Characteristics o, Inslating MaterialsJ )hermal InslatorsA Electrical Inslators )heirCharacteristics and Engineering pplications>

UNIT VII

LUBRICANTS ,Principles and ,nction o, l%ricants - )ypes o, $%rication and Mechanism )hic' #ilm or.ydrodynamic $%ricationA )hin #ilm or ondary $%ricationA E9treme Pressre $%rication> Classi,icationand properties o, l%ricants ;iscosityA ,lash and ,ire pointsA clod and por pointsA aniline pointA8etralisation 8m%er and Mechanical &trength>

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UNIT VIII

7:%l( a; Co'=:(t4o , /e,inition and Classi,ication>1> &olid #els Coal Pro9imate and 7ltimate nalysis o, Coal and &igni,icance o, the Constitents

Metallrgical Co'e Characteristics D Man,actre>2> $i?id #els Petrolem 5e,ining noc'ing ctane and Cetane

8m%ers &ynthetic Petrol Crac'ing ergis ProcessA #ischer- )ropsch Process>3> !aseos #els 8atral gasA Coal gas Calori,ic ;ale o,

#els om% Calorimeter n'ers !as Calorimeter>4>Com%stion nalysis o, #le !as %y rsats pparats J Pro%lems>

TE5T BOO6S ,

1> )e9t oo' o, Engineering Chemistry %y ain D ain> /hanpat 5ai P%lishing CompanyA 8e /elhi2> )e9t oo' o, Engineering Chemistry %y C>P> MrthyA C>;> garalA and ndra 8aid D >&> P%licationsA.yd

RE7ERENCES @

1> )e9t oo' o, Engineering Chemistry %y &>&> /ara> &>Chand D CoA 8e /elhi 2> Engineering Chemistry %y C riacose and > 5aaramA )ata Mc!ra-.ill CoA 8e /elhi )e9t oo' o, Engineering Chemistry %y alaram PaniA !algotia P%licationsA 8e /elhi 4> )e9t oo' o, Engineering Chemistry %y &hashi ChalaA /hanpat 5ai P%lishing CompanyA 8e /elhi L> Indstrial Chemistry %y >P>;eeramani and >>8arlaA !algotia P%licationsA 8e /elhi 6> danced Engineering Chemistry %y &enapati and MohantyA $a9mi P%licationsA 8e /elhi > Engineering Chemistry %y 5> !opalanA /> ;en'appaya and &>8agaraanA ;i'as P%lishing .oseA 8e /elhi "> Engineering Chemistry %y 5>;> !adag >8> )yanand &hortly I> International P%lishing hose Pt> $td>

8e /elhi>

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210 $ CLASSICAL MECHANICS

UNIT ) IIntrodction to Engg> Mechanics asic Concepts>S9(t%'( o> 7o&*%( , Coplanar Concrrent #orces Components in &pace 5esltant Moment o, #orceand its pplication Coples and 5esltant o, #orce &ystems>

UNIT ) IIE@:4l4=&4:' o> S9(t%'( o> 7o&*%( , #ree ody /iagramsA E?ations o, E?ili%rim o, Coplanar &ystemsA&patial &ystems ,or concrrent ,orces> $amis )heormA !raphical method ,or the e?ili%rim o, coplanar,orcesA Conerse o, the la o, )riangle o, ,orcesA conerse o, the la o, polygon o, ,orces condition o,e?ili%rim>

UNIT ) IIIC%t&o4; , Centroids o, simple ,igres G&a?4t9 , Centre o, graity o, simple %ody

UNIT ) IVA&%a 'o'%t( o> I%&t4a , /e,inition Polar Moment o, InertiaA )rans,er )heoremA Moments o, Inertiao, Composite #igresA Prodcts o, InertiaA )rans,er #ormla ,or Prodct o, Inertia>Ma(( Mo'%t o> I%&t4a , Moment o, Inertia o, MassesA )rans,er #ormla ,or Mass Moments o, InertiaAmass moment o, inertia o, composite %odies>

UNIT ) Vnalysis o, per,ect ,rames < nalytical Method= )ypes o, #rames ssmptions ,or ,orces in mem%ers o, aper,ect ,rameA Method o, ointsA Method o, sectionsA #orce ta%leA Cantileer )rssesA &trctres ith one endhinged and the other ,reely spported on rollers carrying hori:ontal or inclined loads>

UNIT ) VI64%'at4*( , 5ectilinear and Crelinear motions ;elocity and cceleration Motion o, 5igid ody )ypes and their nalysis in Planar Motion>64%t4*( ,nalysis as a Particle and nalysis as a 5igid ody in )ranslation Central #orce Motion E?ations o, Plane Motion #i9ed 9is 5otation 5olling odies>

UNIT ) VIIWo& ) E%&!> 5aase'harappa

RE7ERENCES ,1> Engineering Mechanics #edinand > $> &inger .arper Collins>2> Engg> Mechanics )imoshen'o D Fond>

3> Engg> Mechanics 7mesh 5egl )ayal>4> Engg> Mechanics 5>;> l'arni D 5>/> s'he'arL> Engg> Mechanicshrmi&>Chand>6> Engg> Mechanics $ mar )ata Mc!ra .ill>

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210 $ COMPUTER PROGRAMMING

UNIT Ilgorithm psedo codeA ,lochartA program deelopment stepsA strctre o, C programA &imple CprogramA identi,iersA %asic data types and si:esA ConstantsA aria%lesA arithmeticA relational and logical

operatorsA increment and decrement operatorsA conditional operatorA %it-ise operatorsA assignmentoperatorsA e9pressionsA type conersionsA conditional e9pressionsA precedence and order o, ealation>

UNIT ) IIInpt-otpt statementsA statements and %loc'sA i, and sitch statementsA loops- hileA do-hile and ,orstatementsA %rea'A contineA goto and la%elsA programming e9amples>

UNIT ) III/esigning strctred programsA #nctionsA %asicsA parameter passingA storage classes- e9ternA atoAregisterA staticA scope rlesA %loc' strctreA ser de,ined ,nctionsA standard li%rary ,nctionsA recrsie,nctionsA header ,ilesA C preprocessorA e9ample c programs>

UNIT ) IVrrays- conceptsA declarationA de,initionA accessing elementsA storing elementsA arrays and ,nctionsA to-dimensional and mlti-dimensional arraysA applications o, arrays> pointers- conceptsA initiali:ation o, pointeraria%lesA pointers and ,nction argmentsA address arithmeticA Character pointers and ,nctionsA pointers topointersA pointers and mltidimensional arraysA dynamic memory managements ,nctionsA command lineargmentsA c program e9amples>

UNIT ) V/eried types- strctres- declarationA de,inition and initiali:ation o, strctresA accessing strctresA nestedstrctresA arrays o, strctresA strctres and ,nctionsA pointers to strctresA sel, re,erential strctresAnionsA typede,A %it,ieldsA C program e9amples>

UNIT ) VIInpt and otpt concept o, a ,ileA te9t ,iles and %inary ,ilesA streamsA standard IoA #ormatted IoA ,ile IooperationsA error handlingA C program e9amples>

UNIT ) VIIIntrodction to data strctres-&tac's and BeesA representing stac's and ?ees in C sing arrays andlin'ed lists>Implementation o, &earching and sorting in C $inear and %inary search methodsA sorting %%le sortABic' &ortA merge sort>

UNIT VIII)rees- inary treesA representationA traersals

TE5T BOO6S ,1> Compter scienceA strctred programming approach sing CA >> #oro:an and 5>#> !il%ergA

)hird editionA )homson>

2> /ata&trctres 7sing C >&>)anen%amA F> $angsamA and M>> gensteinA P.IPearsonedcation>

RE7ERENCES ,1> CD /ata strctres P> Padmana%hamA >&> P%lications>2> )he C Programming $angageA >(> ernighanA /ennis M>5itchieA

P.IPearson Edcation3> C Programming ith pro%lem solingA >> ones D > .arroA

dreamtech Press4> Programming in C &tephen !> ochanA III EditionA Pearson Edctaion>L> /ata &trctres and Program /esign in CA 5>rseA C>$> )ondoA P $engA &hashi MA &econd

EditionA Pearson Edcation>

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$ " ENGINEERING GRAPHICS

UNIT ) IINTRODUCTION TO ENGINEERING DRAWING , Principles o, Engineering !raphics and their&igni,icance /raing Instrments and their 7se Conentions in /raing $ettering I& Conentions>

Cres sed in Engineering Practice D their Constrctions @a= Conic &ections inclding the 5ectanglar .yper%ola !eneral method only>%= CycloidA Epicycloid and .ypocycloidc= Inolte>d= .elices

UNIT ) IIDRAWING O7 PROJECTIONS OR VIEWS ORTHOGRAPHIC PROJECTION IN 7IRST ANGLEPROJECTION ONLY , Principles o, rthographic Proections Conentions #irst and )hird ngleProections Proections o, Points and $ines inclined to %oth planesA )re lengthsA traces>

UNIT ) IIIPROJECTIONS O7 PLANES 8 SOLIDS , Proections o, reglar PlanesA a9iliary planes and 9iliaryproection inclined to %oth planes> Proections o, 5eglar &olids inclined to %oth planes 9iliary ;ies>&ections and &ectional ies o, 5ight 5eglar &olids PrismA CylinderA PyramidA Cone 9iliary ies>

UNIT ) IVDEVELOPMENT AND INTERPENETRATION O7 SOLIDS, /eelopment o, &r,aces o, 5ight5eglar &olids PrismsA CylinderA Pyramid Cone and their parts> Interpenetration o, 5ight 5eglar &olids

Intersection o, Cylinder ;s CylinderA Cylinder ;s PrismA Cylinder ;s Cone>

UNIT ) VISOMETRIC PORJECTIONS , Principles o, Isometric Proection Isometric &cale Isometric ;ies

Conentions Isometric ;ies o, $inesA Plane #igresA &imple and Compond &olids IsometricProection o, o%ects haing non- isometric lines> Isometric Proection o, &pherical Parts>

UNIT )VITRANS7ORMATION O7 PROJECTIONS , Conersion o, Isometric ;ies to rthographic ;ies Conentions>

UNIT ) VIIPERSPECTIVE PROJECTIONS , Perspectie ;ie @ PointsA $inesA Plane #igres and &imple &olidsA;anishing Point Methods

UNIT ) VIIIIt&o;:*t4o to Co'3:t%& a4;%; D&a>t4

TE5T BOO6 ,1> Engineering /raingA 8>/> hat Charotar2> Engineering graphics ith to C/- 5>> Chodarynradha P%lishes3> Engineering /raingA 8arayana and annaiah &cietech p%lishers>

RE7ERENCES ,

1> Engineering /raing and !raphicsA ;engopal 8e age>2> Engineering /raing- ohle)ata Macgra .ill>3> Compter ided Engineering /raing- )rym%a'a Mrthy- I>> International>

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$ # ENGINEERING PHYSICS AND 7UELS AND LUBRICANTS LAB

A ENGINEERING PHYSICS LAB,A9 T% o> t+% >ollo4< %F3%&4'%t( a&% to =% 3%&>o&'%; ;:&4< t+% A*a;%'4* 9%a&.

Sl.No. Na'% o> t+% EF3%&4'%t1> /etermination o, 5e,ractie Inde9 o, the material o, a Prism -&pectrometer>2> /ispersie poer o, the material o, a Prism - &pectrometer>3> /etermination o, aelength o, a sorce - /i,,raction !rating>4> /etermination o, thic'ness o, a thin o%ect sing parallel ,ringes>L> 8etons 5ings 5adis o, Cratre o, planoNcone9 lens>6> /etermination o, 5igidity modls o, a material in the ,orm o, a ire - )orsional pendlm> Meldes E9periment - )ranserse and $ongitdinal modes>"> )ime constant o, 5-C Circit>O> $-C-5 Circit>10> ;eri,ication o, las o, stretched string - &onometer>11> Calclation o, #re?ency o, >C> mains - &onometer>12> Magnetic ,ield along the a9is o, a crrent carrying coil - &teart and !ees method>

B 7UELS AND LUBRICANTS LAB ,1> /etermination o, #lash and #ire points o, $i?id #els $%ricants@ %els apparats A Pens'y

martens apparats2> Car%on 5eside )est @ &olid $i?id #els3> /etermination o, ;iscosity @ $i?id $%ricants D #els @ &ay%olts iscometerA 5edood ;iscometerA

Engler ;iscometer>4> /etermination o, Calori,ic ;ale@ &olid$i?id!aseos #els @ om% Calorimeter>L> !rease Penetration )est> @ n'er Calorimeter>

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$ # ENGLISH LANGUAGE COMMUNICATION S6ILLS LAB

)he La The focus shall be on fluency rather than accuracy. )o ena%le them to spea' English correctly ith ,ocs on stress and intonation>

SYLLABUS ,)he ,olloing corse content is prescri%ed ,or the E Introdction to &tress and Intonation>3> &itational /ialoges 5ole Play>4> ral Presentations- Prepared and E9tempore>L> Qst Minte &essions 6> /escri%ing %ects &itations People>> In,ormation )rans,er"> /e%ateO> )elephoning &'ills>10> !iing /irections>

M44':' R%@:4&%'%t,T+% E" !.K%= 5M L12 M Minimmc= .ard /is' "0 !

ii= .eadphones o, .igh ?alityiii= Internet connectiity

S: )he 5osetta &tone English $i%rary Clarity Pronnciation Poer Mastering English in ;oca%laryA !rammarA &pellingsA Composition /orling indersley series o, !rammarA PnctationA Composition etc> $angage in 7seA #ondation oo's Pt $td ith C/> $earning to &pea' English - 4 C/s

Microso,t Encarta ith C/ Mrphys English !rammarA Cam%ridge ith C/

Boo( to =% 3&o*:&%; >o& E#. &po'en English- 5> > ansal and > > .arrisonA rient $ongman 2006 Edn>. Practical corse in English PronnciationA &ethiA amlesh

&adanand D />;> indalA Prentice-.all o, India Pt> $td>A 8e /elhi>!. te9t %oo' o, English Phonetics ,or Indian &tdents %y )>alas%ramanian


19/89

DISTRIBUTION AND WEIGHTAGE O7 MAR6SEnglish Language Laboratory Practical Paper:1> )he practical e9aminations ,or the English $angage $a%oratory shall %e condcted as per the 7niersity

norms prescri%ed ,or the core engineering practical sessions>2> #or the $angage la% sessionsA there shall %e a continos ealation dring the year ,or 2L sessional

mar's and L0 year-end E9amination mar's> , the 2L mar'sA 1L mar's shall %e aarded ,or day-to-dayor' and 10 mar's to %e aarded %y condcting Internal $a% )est )he year- end E9amination shall %econdcted %y the teacher concerned ith the help o, another mem%er o, the sta,, o, the same departmento, the same instittion>

1B


20/89



$ # COMPUTER PROGRAMMING LAB

%ecties@

)o ma'e the stdent learn a programming langage>

)o teach the stdent to rite programs in C sole the pro%lems

)o Introdce the stdent to simple linear and non linear data strctres sch as listsA stac'sA

?eesA trees and graphs>

R%*o''%;%; S9(t%'(/So>ta&% R%@:4&%'%t(,

Intel %ased des'top PC

8&I C Compiler ith &pporting Editors

UNIT l,a(rite a C program to ,ind the sm o, indiidal digits o, a positie integer>= #i%onacci &e?ence is de,ined as ,ollos@ the ,irst and second terms in the se?ence are 0 and 1>&%se?ent terms are ,ond %y adding the preceding to terms in the se?ence> (rite a C program togenerate the ,irst n terms o, the se?ence>

*(rite a C program to generate all the prime nm%ers %eteen 1 and nA here n is a ale spplied %y theser>

UNIT II,a(rite a C program to calclate the ,olloing &m@

&mR1-922S +944S-966S+9""S-91010S=(rite a C program toe ,ind the roots o, a ?adratic e?ation>

UNIT lII,a(rite C programs that se %oth recrsie and non-recrsie ,nctions

i=)o ,ind the ,actorial o, a gien integer>ii=)o ,ind the !C/ iii=)o sole )oers o, .anoi pro%lem>

UNIT lV,

a)he total distance traelled %y ehicle in Qt seconds is gien %y distance R t+12at2here Q and Qa arethe initial elocity = and acceleration (rite C program to ,ind the distance traelled atreglar interals o, time gien the ales o, Q and Qa> )he program shold proide the ,le9i%ility to the serto select his on time interals and repeat the calclations ,or di,,erent ales o, Q and Qa>

=(rite a C programA hich ta'es to integer operands and one operator ,orm the serA per,orms theoperation and then prints the reslt> = (rite a C program that ses ,nctions to per,orm the ,olloing@

i=ddition o, )o Matricesii=Mltiplication o, )o Matrices

UNIT Vl,a(rite a C program that ses ,nctions to per,orm the ,olloing operations@

i=)o insert a s%-string in to gien main string ,rom a gien position>ii=)o delete n Characters ,rom a gien position in a gien string>

=(rite a C program to determine i, the gien string is a palindrome or not

UNIT VIl,a(rite a C program that displays the position or inde9 in the string & here the string ) %eginsA or 1 i, &doesnt contain )>=(rite a C program to cont the linesA ords and characters in a gien te9t>

UNIT VIIl,a(rite a C program to generate Pascals triangle>

2>


21/89

=(rite a C program to constrct a pyramid o, nm%ers>

UNIT I5,(rite a C program to read in to nm%ersA 9 and nA and then compte the sm o, this geometricprogression@1+9+92+93+UUUU>+9n

#or e9ample@ i, n is 3 and 9 is LA then the program comptes 1+L+2L+12L>Print 9AnA the smPer,orm error chec'ing> #or e9ampleA the ,ormla does not ma'e sense ,or negatie e9ponents i, n is lessthan 0> .ae yor program print an error message i, nV0A then go %ac' and read in the ne9t pair o, nm%ers

o, ithot compting the sm> re any ales o, 9 also illegal W> I, soA test ,or them too>

UNIT 5,a2s complement o, a nm%er is o%tained %y scanning it ,rom right to le,t and complementing all the %itsa,ter the ,irst appearance o, a 1> )hs 2s complement o, 11100 is 00100> (rite a C program to ,ind the 2scomplement o, a %inary nm%er>=(rite a C program to conert a 5oman nmeral to its decimal e?ialent>

UNIT 5l,(rite a C program that ses ,nctions to per,orm the ,olloing operations@

i=5eading a comple9 nm%erii=(riting a comple9 nm%eriii=ddition o, to comple9 nm%ersi=Mltiplication o, to comple9 nm%ers

=

UNIT 5Il,a(rite a C program hich copies one ,ile to another>=(rite a C program to reerse the ,irst n characters in a ,ile>=

UNIT 5IIl,(rite a C program that ses ,nctions to per,orm the ,olloing operations on singly lin'ed list>@

i=Creation ii=Insertion iii= /eletion i= )raersal

UNIT 5Vl,(rite a C program that ses ,nctions to per,orm the ,olloing operations on do%ly lin'ed list>@

i=Creation ii=Insertion iii= /eletion i= )raersal in %oth ays

UNIT 5V,(rite C programs that implement stac'


22/89

UNIT 55I,(rite C programs that implement the ,olloing sorting methods to sort a gien list o, integers in ascendingorder@

i=Insertion sort ii=Merge sort

UNIT 55II,(rite C programs to implement the $agrange interpolation and 8eton- !regory ,orard interpolation>

UNIT 55III,

(rite C programs to implement the linear regression and polynomial regression algorithms>

UNIT 55IV,(rite C programs to implement )rape:oidal and &impson methods>

T%Ft Boo(1>C programming and /ata &trctresA P> Padmana%hamA )hird EditionA & P%lications2> /ata &trctres@ psedo code approach ith CA second edition 5>#> !il%erg and >> #oro:an3>Programming in CA P>/ey D M> !hoshA 9,ord 7ni>Press>4>C and /ata &trctresA E alagrsamyA )M. p%lications>

22


23/89



$ # ENGINEERING WOR6SHOP PRACTICE

1. TRADES 7OR E5ERCISES ,At l%a(t to %F%&*4(%( >&o' %a*+ t&a;%,

1> Carpentry

2> #itting3> )in-&mithy and /eelopment o, o%s carried ot and soldering>4> lac' &mithyL> .ose-iring6> #ondry> I) (or'shop-I @ Compter hard are A identi,ication o, parts A /isassem%lyA ssem%ly o,compter to or'ing conditionA &imple diagnostic e9ercises>"> I) or'shop-II @ Installation o, perating system indos and $in9 A simple diagnostice9ercises>O> (elding10> Poer tools in constrictionA ood or'ingA electrical engineering and mechanical engg>

2. TRADES 7OR DEMONSTRATION 8 E5POSURE,1> Plm%ing2> Machine &hop3> Metal Ctting (or' shop Manal P>annaiah >$>8arayana &citech P%lishers>

23


24/89


HYDERABADII Y%a& B.T%*+. M.E. IS%' T P C

10 $ PRODUCTION TECHNOLOGY

UNIT ) ICASTING , &teps inoled in ma'ing a casting dantage o, casting and its applications> Patternsand Pattern ma'ing )ypes o, patterns Materials sed ,or patternsA pattern alloances and theirconstrctionA Principles o, !atingA !ating ratio and design o, !ating systems

UNIT ) II&olidi,ication o, casting Concept &olidi,ication o, pre metal and alloysA short D long ,ree:ing rangealloys>5isers )ypesA ,nction and designA casting design considerationsA special casting processes 1= Centri,gal2=/ieA 3= Inestment>M%t+o;( o> M%lt4< , Crci%le melting and cpola operationA steel ma'ing processesA special>

UNIT ) IIIA W%l;4< , Classi,ication o, elding process types o, elds and elded oints and theircharacteristicsA design o, elded ointsA !as eldingA 5C eldingA #orge eldingA resistanceeldingA )hermit elding and Plasma B C:tt4< o> M%tal(, 9y cetylene !as cttingA ater plasma> Ctting o, ,errosA non-,errosmetals>

UNIT ) IVInert !as eldingA )I! D MI!A eldingA #riction eldingA Indction eldingA E9plosie eldingA $asereldingA &oldering D ra:ing> .eat a,,ected :ones in eldingJelding de,ects cases and remedies destrctie nondestrctie testing o, elds>

UNIT ) V.ot or'ingA cold or'ingA strain hardeningA recoeryA recrystallisation and grain grothA Comparison o,properties o, Cold and .ot or'ed partsA 5olling ,ndamentals theory o, rollingA types o, 5olling mills andprodcts> #orces in rolling and poer re?irements>

UNIT VI&tampingA ,orming and other cold or'ing processes @ lan'ing and piercing ending and ,orming /raing and its types ire draing and )%e draing coining .ot and cold spinning )ypes o,presses and press tools> #orces and poer re?irement in the a%oe operations>

UNIT VIIE5TRUSION O7 METALS , asic e9trsion process and its characteristics> .ot e9trsion and colde9trsion - #orard e9trsion and %ac'ard e9trsion Impact e9trsion .ydrostatic e9trsion>7o&

UNIT VIIIProcessing o, Plastics@ )ypes o, PlasticsA PropertiesA applications and their Processing methods DE?ipment Man,actring Engineering and )echnologyalpa'in & Pearson Ed>2> Man,actring )echnology P>8> 5ao)M.RE7ERENCES ,

1> Prodction )echnology 5>> ain2> Process and materials o, man,actring $ind%ergPE3> Principles o, Metal Castings 5oenthal>4> (elding Process Paramar L> Prodction )echnology &arma P C 6> Prodction Engineering &resh /alela D 5ai &han'ar !algotia P%lications Pt> $td>

24


25/89


26/89

RE7ERENCES ,

1> n Introdction to programming and design sing aaA >8ino and #>> .oschA ohn iley Dsons>

2> n Introdction to PA second editionA )> ddA pearson edcation>3> Introdction to aa programming 6theditionA F> /aniel $iangA pearson edcation>4> n introdction to aa programming and o%ect oriented application deelopmentA 5>> ohnson-

)homson> L> Core aa 2A ;ol 1A #ndamentalsA Cay>&>.orstmann and !ary CornellA seenth

EditionA Pearson Edcation> 6> Core aa 2A ;ol 2A danced #eatresA Cay>&>.orstmann and !ary CornellA

&eenth EditionA Pearson Edcation

2?


27/89


HYDERABAD A.P.II Y%a& B.T%*+. M.E. IS%' T P C

10 $ ELECTRICAL AND ELECTRONICS ENGINEERING

UNIT IELECTRICAL CIRCUITS, asic de,initionsA )ypes o, elementsA hms $aA 5esistie netor'sAirchho,,s $asA Indctie netor'sA capacitie netor'sA &eriesA Parallel circits and &tar-delta anddelta-star trans,ormations>

UNIT IIDC MACHINES , Principle o, operation o, /C !enerator em, e?ation - types /C motor types tor?e e?ation applications three point starter>UNIT IIITRANS7ORMERS @ Principle o, operation o, single phase trans,ormers em, e?ation losses e,,iciency and reglationUNIT IVAC MACHINES , Principle o, operation o, alternators reglation %y synchronos impedance method Principle o, operation o, indction motor slip tor?e characteristics applications>UNIT VINSTRUMENTS @ asic Principle o, indicating instrments permanent magnet moing coil and moingiron instrments>UNIT VIDIODE AND ITS CHARACTERISTICS , P-n nction diodeA sym%olA ;-I ChacracteristicsA /iode

pplicationsA 5ecti,iers .al, aeA #ll ae and ridge recti,iers Essentials o, Electrical and Compter Engineering %y /aid ;> ernsA 5> > /aid IrinPearson>2> Principles o, Electrical and Electronics Engineering %y ;>>MehtaA &>Chand D Co>RE7ERENCES,1> Introdction to Electrical Engineering M>& 8aid and &> ama'shaiahA )M. P%l>2> asic Electrical Engineering %y othari and 8agarathA )M. P%licationsA 2nd Edition>

2D


28/89


29/89



10 $ THERMODYNAMICS

UNIT ) IIt&o;:*t4o, Ba(4* Co*%3t( , &ystemA Control ;olmeA &rrondingA ondariesA 7nierseA )ypes o,&ystemsA Macroscopic and Microscopic iepointsA Concept o, ContinmA )hermodynamic E?ili%rimA&tateA PropertyA ProcessA Cycle 5eersi%ility Basi static ProcessA Irreersi%le ProcessA Cases o,

Irreersi%ility Energy in &tate and in )ransitionA )ypesA (or' and .eatA Point and Path ,nction>

UNIT IIKeroth $a o, )hermodynamics Concept o, ?ality o, )emperatre Principles o, )hermometry 5e,erence Points Const> ;olme gas )hermometer &cales o, )emperatreA Ideal !as &cale PMMI - oles E9periments #irst la o, )hermodynamics Corollaries #irst la applied to a Process applied to a ,lo system &teady #lo Energy E?ation>

UNIT ) III$imitations o, the #irst $a )hermal 5eseroirA .eat EngineA .eat pmpA Parameters o, per,ormanceA&econd $a o, )hermodynamicsA elin-Planc' and Clasis &tatements and their E?ialence CorollariesAPMM o, &econd 'indA Carnots principleA Carnot cycle and its specialtiesA )hermodynamic scale o,)emperatreA Clasis Ine?alityA EntropyA Principle o, Entropy Increase Energy E?ationA aila%ilityand Irreersi%ility )hermodynamic PotentialsA !i%%s and .elmholt: #nctionsA Ma9ell 5elations Elementary )reatment o, the )hird $a o, )hermodynamics>

UNIT IVPre &%stancesA p-;-)- sr,acesA )-& and h-s diagramsA Mollier ChartsA Phase )rans,ormations )riplepoint at critical state properties dring change o, phaseA /ryness #raction Clasis Clapeyron E?ationProperty ta%les> Mollier charts ;arios )hermodynamic processes and energy )rans,er &teamCalorimetry>

UNIT VPer,ect !as $as E?ation o, &tateA speci,ic and 7niersal !as constants arios 8on-,lo processesApropertiesA end statesA .eat and (or' )rans,erA changes in Internal Energy )hrottling and #ree E9pansionProcesses #lo processes /eiations ,rom per,ect !as Model ;ander (aals E?ation o, &tate Compressi%ility charts aria%le speci,ic .eats !as )a%les>

UNIT ) VIMi9tres o, per,ect !ases Mole #ractionA Mass ,riction !raimetric and olmetric nalysis /altons$a o, partial pressreA ogadros $as o, additie olmes Mole ,raction A ;olme ,raction and partialpressreA E?ialent !as const> nd Moleclar Internal EnergyA EnthalpyA sp> .eats and Entropy o,Mi9tre o, per,ect !ases and ;aporA tmospheric air - Psychrometric Properties /ry %l% )emperatreA(et l% )emperatreA /e point )emperatreA )hermodynamic (et l% )emperatreA &peci,ic .midityA5elatie .midityA satrated irA ;apor pressreA /egree o, satration dia%atic &atration A CarriersE?ation Psychrometric chart>

UNIT VIIPo%& C9*l%( , ttoA /ieselA /al Com%stion cyclesA &terling CycleA t'inson CycleA Ericcson CycleA$enoir Cycle /escription and representation on P; and )-& diagramA )hermal E,,iciencyA MeanE,,ectie Pressres on ir standard %asis comparison o, Cycles>

UNIT VIII

R%>&4

2B


30/89

2$$-$JAWARHARLAL NEHRU TECHNOLOGICAL UNIVERSITY


10 $ METALLURGY AND MATERIAL SCIENCE

UNIT ) ISt&:*t:&% o> M%tal( , onds in &olids Metallic %ond - crystalli:ation o, metalsA grain and grain%ondariesA e,,ect o, grain %ondaries on the properties o, metal alloys determination o, grain si:e>

UNIT IICo(t4t:t4o o> Allo9( , 8ecessity o, alloyingA types o, solid soltionsA .me 5otherys rlesA intermediatealloy phasesA and electron componds>

UNIT IIIE@:4l4=&4:' o> D4a Allo9( , E,,ect o, alloying elements on #e-#e3C systemA nnealingA normali:ingA.ardeningA ))) diagramsA tempering A .ardena%ilityA sr,ace - hardening methodsA ge hardeningtreatmentACryogenic treatment o, alloys>

UNIT VINo>%&&o:( M%tal( a; Allo9( , &trctre and properties o, copper and its alloysA lminim and itsalloysA )itanim and its alloys>

UNIT ) VIIC%&a'4* 'at%&4al( , Crystalline ceramicsA glassesA cermaetsA a%rasie materialsA nanomaterials

de,initionA properties and applications o, the a%oe>

UNIT VIIICo'3o(4t% 'at%&4al( , Classi,ication o, compositesA arios methods o, component man,actre o,compositesA particle rein,orced materialsA ,i%er rein,orced materialsA metal ceramic mi9tresA metal matri9 composites and C C composites>

TE5T BOO6S ,1> Introdction to Physical Metallrgy &idney .> ener>2> Essential o, Materials science and engineering /onald 5>s'eland)homson>

RE7ERENCES ,1> Material &cience and Metallrgy'odgire>2> &cience o, Engineering Materials garal3> Materials &cience and engineering (illiam and collister>

4> elements o, Material science ;> 5ahghaanL> n introdction to materialscience (>g>inas D .$ Mancini6> Material science D material C>/>Fesdian D harris &amel> Engineering Materials and )heir pplications 5> #linn and P )roan aico oo's>"> Engineering materials and metallrgy5>>5apt &>Chand>

3>


31/89


HYDERABAD A.P.II Y%a& B.T%*+. M.E. IS%' T P C

$ # 2ELECTRICAL AND ELECTRONICS ENGINEERING LAB

S%*t4o A, El%*t&4*al EC> &hnt machine> C> &hntmachine or'ing as motor and generator=>

2> C and &C tests on single phase trans,ormer ra'e test on 3-phase Indction motor 5eglation o, alternator %y &ynchronos impedance method>

In addition to the a%oe ,or e9perimentsA any one o, the e9periments ,rom the ,olloing list isre?ired to %e condcted @

L> &peed control o, />C> &hnt motor %ya= rmatre ;oltage control %= #ield ,l9 control method

6> ra'e test on />C &hnt MotorS%*t4o B, El%*t&o4*( E )ransistor CE Characteristics #ll ae 5ecti,ier ith and ithot ,ilters>3> CE mpli,iers>4> 5C Phase &hi,t scillatorL> Class Poer mpli,ier6> Micro Processor

31


32/89



$ # 2OBJECT ORIENTED PROGRAMMING LAB

%ecties@

)o ma'e the stdent learn a o%ect oriented ay o, soling pro%lems>

)o teach the stdent to rite programs in aa to sole the pro%lems

R%*o''%;%; S9(t%'(/So>ta&% R%@:4&%'%t(,

Intel %ased des'top PC ith minimm o, 166 M.K or ,aster processor ith atleast 64 M 5M and

100 M ,ree dis' space

/ it> 5ecommended

W%%1a (rite a aa program that prints all real soltions to the ?adratic e?ation a92 + %9 +c R 0>5ead in aA %A c and se the ?adratic ,ormla> I, the discriminant %2 -4ac is negatieA display amessage stating that there are no real soltions>=)he #i%onacci se?ence is de,ined %y the ,olloing rle@

)he ,ist to ales in the se?ence are 1 and 1> Eery s%se?ent ale is the sm o, the to alespreceding it> (rite a aa program that ses %oth recrsie and non

recrsie ,nctions to print the nth ale in the #i%onacci se?ence>

W%% 2a(rite a aa program that prompts the ser ,or an integer and then prints ot all prime nm%ers p tothat> integer>=(rite a aa program to mltiply to gien matrices>*(rite a aa Program that reads a line o, integersA and then displays each integerA and the sm o, all theintegers

E9@ M/M is a palindrome>=(rite a aa program ,or sorting a gien list o, names in ascending order>*(rite a aa program to ma'e ,re?ency cont o, ords in a gien te9t>W%% a(rite a aa program that reads a ,ile name ,rom the serA then displays in,ormation

a%ot hether the ,ile e9istsA hether the ,ile is reada%leA hether the ,ile is rita%leA the type o, ,ile andthe length o, the ,ile in %ytes>

=(rite a aa program that reads a ,ile and displays the ,ile on the screenA ith a linenm%er %e,ore each line>

* (rite a aa program that displays the nm%er o, charactersA lines and ords in a te9t ,ile>W%% !a(rite a aa program that@

i= Implements stac' /)> ii= Conerts in,i9 e9pression into Post,i9 ,orm iii= Ealatesthe post,i9 e9pression

W%% "a/eelop an applet that displays a simple message>=/eelop an applet that receies an integer in one te9t ,ieldA and comptes its ,actorial ale and retrns itin another te9t ,ieldA hen the %tton named XCompteY is clic'ed>W%% -a(rite a aa program that or's as a simple calclator> 7se a grid layot to arrange

%ttons ,or the digits and ,or the +A -A*A T operations> dd a te9t ,ield to display thereslt>

W%% a(rite a aa program ,or handling mose eents>

W%% a(rite a aa program that creates three threads> #irst thread displays X!ood MorningY eery one secondAthe second thread displays X.elloY eery to seconds and the third thread displays X(elcomeY eerythree seconds>=(rite a aa program that correctly implements prodcer consmer pro%lem sing the concept o, interthread commnication>

32


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W%% 1$a(rite a program that creates a ser inter,ace to per,orm integer diisions> )he ser

enters to nm%ers in the te9t,ieldsA 8m1 and 8m2> )he diision o, 8m1 and8m2 is displayed in the 5eslt ,ield hen the /iide %tton is clic'ed> I, 8m1 or8m2 ere not an integerA the program old thro a 8m%er#ormatE9ception> I,8m2 ere KeroA the program old thro an rithmeticE9ception /isplay thee9ception in a message dialog %o9>

W%% 11a(rite a aa program that implements a simple clientserer application> )he client

sends data to a serer> )he serer receies the dataA ses it to prodce a resltA andthen sends the reslt %ac' to the client> )he client displays the reslt on the console>#or e9@ )he data sent ,rom the client is the radis o, a circleA and the reslt prodced %y the serer is the

area o, the circle> net=W%% 12a(rite a aa program that simlates a tra,,ic light> )he program lets the ser select one o, three lights @redA yelloA or green> (hen a radio %tton is selectedA the light is

trned onA and only one light can %e on at a time 8o light is on hen the programstarts>

=(rite a aa program that allos the ser to dra linesA rectangles and oals>W%% 1#a(rite a aa program to create an a%stract class named &hape that contains an empty method namednm%er,&ides < =>Proide three classes named )rape:oidA )riangle and .e9agon sch that each one o, theclasses e9tends the class &hape> Each one o, the classes contains only the method nm%er,&ides < = thatshos the nm%er o, sides in the gien geometrical ,igres>=&ppose that a ta%le named )a%le>t9t is stored in a te9t ,ile> )he ,irst line in the ,ile is the headerA and theremaining lines correspond to ros in the ta%le> )he elements are seperated %y commas> (rite a aaprogram to display the ta%le sing )a%le

component>

TE5T BOO6S ,1> aa .o to ProgramA &i9th EditionA .>M>/ietel and P>>/ietelA Pearson

EdcationP.I2> Introdction to aa programmingA &i9th editionA F>/aniel $iangA Pearson Edcation3> ig aaA 2ndeditionA Cay .orstmannA (iley &tdent EditionA (iley India Priate $imited>

33


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HYDERABADII Y%a& B.T%*+. M.E. IIS%' T P C

10 $ PROBABILITY AND STATISTICS

UNITI

Probability: Sample space and eents ! Probability ! The a"ioms of probability ! Some

Elementary theorems - Conditional pro%a%ility ayes theorem>

UNITII5andom aria%les /iscrete and continos /istri%tion /istri%tion ,nction> /istri%tion

UNITIIIinomial and poison distri%tions 8ormal distri%tion related properties>

UNITIV&ampling distri%tion@ Poplations and samples - &ampling distri%tions o, mean

UNITVEstimation@ Point estimation interal estimation - ayesian estimation>

UNITVI)est o, .ypothesis Means .ypothesis concerning one and to means )ype I and )ype II errors> netailA to-tail tests>

UNITVII

)ests o, signi,icance &tdents t-testA #-testA 2 test> Estimation o, proportions>

UNITVIIIBeing )heory@ Pre irth and /eath Process MM1 Model and &imple Pro%lems>

T%Ft Boo(,

1> Pro%a%ility D &tatisticsA )> > ;> IyengarA > rishna !andhi and thersA &> Chand D Company>2> te9t %oo' o, Pro%a%ility D &tatisticsA &hahna: athlA ;> !> &> oo' $in's>

R%>%&%*%(,

1> Pro%a%ility D &tatisticsA rnold > llenA cademic Press>2> Pro%a%ility D &tatistics ,or EngineersA Miller and ohn E> #rendA Prentice .all o, India>3> Pro%a%ility D &tatisticsA Mendan .allA eaer )homson P%lishers>4> Pro%a%ility D &tatisticsA /> > Mrgeson D P> !r &amyA nradha P%lishers>

34


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10 $ 6INEMATICS O7 MACHINERY

UNIT ) IMECHANISMS , Elements or $in's Classi,ication 5igid $in'A ,le9i%le and ,lid lin' )ypes o,'inematic pairs slidingA trningA rollingA scre and spherical pairs loer and higher pairs closed andopen pairs constrained motion completelyA partially or sccess,lly constrained and incompletely

constrained >MACHINES , Mechanism and machines classi,ication o, machines 'inematic chain inersion o,mechanism inersion o, mechanism inersions o, ?adric cycleA chain single and do%le slider cran'chains>

UNIT IISTRAIGHT LINE MOTION MECHANISMS , E9act and appro9imate copiers and generated types PeacellierA .art and &cott 5ssl !rasshopper (att )> Che%iche,, and 5o%ert Mechanisms andstraight line motionA Pantograph>

UNIT ) III6INEMATICS , ;elocity and acceleration Motion o, lin' in machine /etermination o, ;elocity andacceleration diagrams !raphical method pplication o, relatie elocity method ,or %ar chain>Aal9(4( o> M%*+a4('( ,nalysis o, slider cran' chain ,or displacement A elocity and acceleration o,slider cceleration diagram ,or a gien mechanismA leins constrctionA Coriolis accelerationAdetermination o, Coriolis component o, acceleration>Pla% 'ot4o o> =o;9 , Instantaneos center o, rotationA centroids and a9odes relatie motion %eteento %odies )hree centres in line theorem !raphical determination o, instantaneos centreA diagrams ,orsimple mechanisms and determination o, anglar elocity o, points and lin's>

UNIT ) IVSTEERING M%*+a4('( , Conditions ,or correct steering /ais &teering gearA c'ermans steeringgear elocity ratio>HOO6ES JOINT , &ingle and do%le .oo'es oint 7niersial copling application pro%lems>

UNIT ) VCAMS , /e,initions o, cam and ,olloers their ses )ypes o, ,olloers and cams )erminology )ypes o, ,olloer motion - 7ni,orm elocity &imple harmonic motion and ni,orm acceleration> Ma9immelocity and ma9imm acceleration dring otard and retrn stro'es in the a%oe 3 cases>

Aal9(4( o> 'ot4o o> >ollo%&( , 5oller ,olloer circlar cam ith straightA concae and cone9,lan's>

UNIT ) VI.igher pairsA ,riction heels and toothed gears types la o, gearingA condition ,or constant elocity ratio,or transmission o, motionA #orm o, teeth@ cycloidal and inolte pro,iles> ;elocity o, sliding phenomenao, inter,erences Methods o, inter,erence>Condition ,or minimm nm%er o, teeth to aoid inter,erenceA e9pressions ,or arc o, contact and path o,contact Introdction to .elicalA eel and orm gearing>

UNIT ) VIIB%lt Ro3% a; C+a4 D&4?%( @ IntrodctionA elt and rope driesA selection o, %elt drie- types o, %eltdriesA;-%eltsA materials sed ,or %elt and rope driesA elocity ratio o, %elt driesA slip o, %eltA creep o, %eltAtensions ,or ,lat %elt drieA angle o, contactA centri,gal tensionA ma9imm tension o, %eltA Chains- lengthAanglar speed ratioA classi,ication o, chains>

UNIT ) VIIIGEAR TRAINS, Introdction )rain ale )ypes &imple and reerted heel train Epicyclic gear)rain> Methods o, ,inding train ale or elocity ratio Epicyclic gear trains>&election o, gear %o9-/i,,erential gear ,or an atomo%ile>

TE5T BOO6S ,1> )heory o, Machines and Mechanisms-&>&>5attanA )ata Mc!ra .ill P%lishers2> )heory o, Machines 5>& hrmi D > !pta

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RE7ERENCES ,1> )heory o, Machines %y )homas ean C&2> )heory o, Machines 5> ansal3> )heory o, Machines &adh &ingh Pearsons Edn4> Mechanism and Machine )heory & 5ao and 5; /''ipati 8e geL> )he theory o, Machines &hiegley 9,ord>6> )heory o, machines P$> alaney'hanna p%lishers>

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10 $ THERMAL ENGINEERING I

UNIT ) IA*t:al C9*l%( a; t+%4& Aal9(4(, IntrodctionA Comparison o, ir &tandard and ctal CyclesA )ime $oss#actorA .eat $oss #actorA E9hast lodon-$oss de to !as e9change processA ;olmetric E,,iciency>$oss de to 5%%ing #rictionA ctal and #el-ir Cycles , CI Engines>

UNITIII.C. ENGINES , Classi,ication - (or'ing principlesA ;ale and Port )iming /iagramsA ir &tandardAair-,el and actal cycles - Engine systems #elA Car%retorA #el Inection &ystemA IgnitionA Cooling and$%rication>

UNIT ) IIICo'=:(t4o 4 S.I. E

UNIT ) VT%(t4< a; P%&>o&'a*% , Parameters o, per,ormance - measrement o, cylinder pressreA ,elconsmptionA air inta'eA e9hast gas compositionA ra'e poer /etermination o, ,rictional losses andindicated poer Per,ormance test .eat %alance sheet and chart>

UNIT ) VICOMPRESSORS Classi,ication positie displacement and roto dynamic machinery Poer prodcingand poer a%sor%ing machinesA ,anA %loer and compressor positie displacement and dynamic types reciprocating and rotary types>

R%*43&o*at4< , Principle o, operationA or' re?iredA Isothermal e,,iciency olmetric e,,iciency and e,,ecto, clearanceA stage compressionA ndercoolingA saing o, or'A minimm or' condition ,or stagecompression>

UNIT VIIRota&9 Po(4t4?% ;4(3la*%'%t t93% , 5oots loerA ane sealed compressorA $ysholm compressor mechanical details and principle o, or'ing e,,iciency considerations>D9a'4* Co'3&%((o&( , Centri,gal compressors@ Mechanical details and principle o, operation elocity and pressre ariation> Energy trans,er-impeller %lade shape-lossesA slip ,actorA poer inpt,actorA pressre coe,,icient and adia%atic coe,,icient elocity diagrams poer>

UNITVIIIAF4al 7lo Co'3&%((o&( , Mechanical details and principle o, operation elocity triangles and energytrans,er per stage degree o, reactionA or' done ,actor - isentropic e,,iciency- pressre rise calclations Polytropic e,,iciency>

TE5T BOO6S,1> I>C> Engines ;> !8E&8- )M.2> )hermal Engineering 5apt $a'shmi P%lications>

RE7ERENCES,1> IC Engines Mathr D &harma /hanpath 5ai D &ons>2> Engineering ,ndamentals o, IC Engines Pl'ra%e' Pearson P.I3> )hermal Engineering 5dramoorthy - )M.4> )hermodynamics D .eat Engines > Fada Central oo' /epot>A llaha%adL> I>C> Engines .eyood Mc!ra.Ill>6> )hermal Engineering 5>&> hrmi D >>!pta &>Chand> IC Engines 5amalingam &cietech p%lishers"> )hermal engineering data %oo'->&riniasl 5eddy International P%>

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HYDERABADII Y%a& B.T%*+. M.E.IIS%' T P C

10 $ 7LUID MECHANICS AND HYDRAULIC MACHINERY

UNIT I7l:4; (tat4*( @ /imensions and nits@ physical properties o, ,lids- speci,ic graityA iscosity sr,acetension- apor pressre and their in,lence on ,lid motion- atmospheric gage and acm pressre measrement o, pressre- Pie:ometerA 7-t%e and di,,erential manometers>

UNIT II7l:4; 4%'at4*( @ &tream lineA path line and strea' lines and stream t%eA classi,ication o, ,los-steadyD nsteadyA ni,ormA non ni,ormA laminarA tr%lentA rotationalA and irrotational ,los-e?ation o, continity,or one dimensional ,lo>7l:4; ;9a'4*( @ &r,ace and %ody ,orces Elers and ernollis e?ations ,or ,lo along a stream lineAmomentm e?ation and its application on ,orce on pipe %end>UNIT IIIClo(%; *o;:4t >lo, R%9ol;( e9periment- /arcy (eis%ach e?ation- Minor losses in pipes- pipes inseries and pipes in parallel- total energy line-hydralic gradient line>Measrement o, ,lo@ pilot t%eA entrimeterA and ori,ice meterA #lo no::leA )r%ine ,lo meter 4=UNIT IVBa(4*( o> t:&=o 'a*+4%&9 @ .ydrodynamic ,orce o, ets on stationary and moing ,latA inclinedA andcred anesA et stri'ing centrally and at tipA elocity diagramsA or' don and e,,iciencyA ,lo oer radialanes>UNIT VH9;&o%l%*t&4* 3o%& (tat4o( @ Elements o, hydro electric poer station-types-concept o, pmpedstorage plants-storage re?irementsA mass cre UNIT VIH9;&a:l4* T:&=4%( @ Classi,ication o, tr%inesA implse and reaction tr%inesA Pelton heelA #rancistr%ine and aplan tr%ine-or'ing proportionsA or' doneA e,,iciencies A hydralic design dra,t t%etheory-,nctions and e,,iciency>UNIT VIIP%&>o&'a*% o> +9;&a:l4* t:&=4%( @ !eometric similarityA 7nit and speci,ic ?antitiesA characteristiccresA goerning o, tr%inesA selection o, type o, tr%ineA caitationA srge tan'A ater hammer>UNIT VIIIC%t&4>:


39/89



$ " MACHINE DRAWING

Ma*+4% D&a4< Co?%t4o( ,8eed ,or draing conentions introdction to I& conentionsa= Conentional representation o, materialsA common machine elements and parts sch asscresA ntsA %oltsA 'eysA gearsA e%sA ri%s>

%= )ypes o, sections selection o, section planes and draing o, sections and a9iliarysectional ies> Parts not sally sectioned>c= Methods o, dimensioningA general rles ,or si:es and placement o, dimensions ,or holesAcentersA cred and tapered ,eatres>d= )itle %o9esA their si:eA location and details - common a%%reiations D their li%eral sagee= )ypes o, /raings or'ing draings ,or machine parts>

I. D&a4< o> Ma*+4% El%'%t( a; (4'3l% 3a&t(&election o, ;iesA additional ies ,or the ,olloing machine elements and parts ith eerydraing proportions>

a= Poplar ,orms o, &cre threadsA %oltsA ntsA std %oltsA tap %oltsA set scres>%= eysA cottered oints and 'nc'le oint>c= 5ietted oints ,or platesd= &ha,t coplingA spigot and soc'et pipe oint>e= ornalA piot and collar and ,oot step %earings>

II. A((%'=l9 D&a4

a= Engine parts st,,ing %o9esA cross headsA EccentricsA Petrol Engine connecting rodApiston assem%ly>%= ther machine parts - &cres ac'sA Machine ;ices Plmmer %loc'A )ailstoc'>c= ;ales @ &team stop aleA spring loaded sa,ety aleA ,eed chec' ale and air coc'>

NOTE , #irst angle proection to %e adopted> )he stdent shold %e a%le to proide or'ing draings o,actal parts>

TE5T BOO6S ,1> Machine /raing /haanA &>Chand P%lications2> Machine /raing >$>8arayanaA P>annaiah D > ;en'ata 5eddy 8e ge P%lishers

RE7ERENCES ,1> Machine /raing P>&>!ill>2> Machine /raing $::ader3> Machine /raing - 5apt

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10 $ ENVIRONMENTAL STUDIES

UNIT IM:lt4;4(*43l4a&9 at:&% o> E?4&o'%tal St:;4%(, /e,initionA &cope and Importance 8eed ,orP%lic areness>

UNIT IINat:&al R%(o:&*%( , 5enea%le and non-renea%le resorces 8atral resorces and associatedpro%lems #orest resorces 7se and oer e9ploitationA de,orestationA case stdies )im%er e9traction

MiningA dams and other e,,ects on ,orest and tri%al people (ater resorces 7se and oer tili:ationo, sr,ace and grond ater #loodsA droghtA con,licts oer aterA dams %ene,its and pro%lems -Mineral resorces@ 7se and e9ploitationA enironmental e,,ects o, e9tracting and sing mineral resorcesAcase stdies> - #ood resorces@ (orld ,ood pro%lemsA changes cased %y agricltre and oergra:ingAe,,ects o, modern agricltreA ,ertili:er-pesticide pro%lemsA ater loggingA salinityA case stdies> - Energyresorces@ !roing energy needsA renea%le and non-renea%le energy sorces se o, alternate energysorces> Case stdies> $and resorces@ $and as a resorceA land degradationA man indced landslidesA soilerosion and deserti,ication> 5ole o, an indiidal in conseration o, natral resorces> E?ita%le se o,resorces ,or sstaina%le li,estyles>

UNIT IIIE*o(9(t%'( , Concept o, an ecosystem> - &trctre and ,nction o, an ecosystem> - ProdcersAconsmers and decomposers> - Energy ,lo in the ecosystem - Ecological sccession> - #ood chainsA ,oode%s and ecological pyramids> - IntrodctionA typesA characteristic ,eatresA strctre and ,nction o, the,olloing ecosystem@

a> #orest ecosystem%> !rassland ecosystemc> /esert ecosystemd> ?atic ecosystems ir polltion%> (ater polltionc> &oil polltiond> Marine polltione> 8oise polltion,> )hermal polltiong> 8clear ha:ards

Sol4; a(t% Maa

UNIT VISo*4al I((:%( a; t+% E?4&o'%t , #rom 7nsstaina%le to &staina%le deelopment -7r%an pro%lemsrelated to energy -(ater conserationA rain ater harestingA atershed management -5esettlement andreha%ilitation o, peopleJ its pro%lems and concerns> Case &tdies -Enironmental ethics@ Isses andpossi%le soltions> -Climate changeA glo%al armingA acid rainA o:one layer depletionA nclear accidentsand holocast> Case &tdies> -(asteland reclamation> -Consmerism and aste prodcts> -EnironmentProtection ct> -ir -(ater -P%lic aareness>

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UNIT VIIH:'a Po3:lat4o a; t+% E?4&o'%t , Poplation grothA ariation among nations> Poplatione9plosion - #amily (el,are Programme> -Enironment and hman health> -.man 5ights> -;ale Edcation>-.I;I/&> -(omen and Child (el,are> -5ole o, in,ormation )echnology in Enironment and hmanhealth> -Case &tdies>

UNIT VIII74%l; o& , ;isit to a local area to docment enironmental assets 5ier ,orest grasslandhillmontain-;isit to a local pollted site-7r%an5ralindstrial gricltral &tdy o, common plantsA insectsA %irds> -&tdy o, simple ecosystems-pondA rierA hill slopesA etc>

TE5T BOO6,1 )e9t%oo' o, Enironmental &tdies ,or 7ndergradate Corses %y Erach harcha ,or 7niersity

!rants Commission>2 Enironmental &tdies %y 5> 5aagopalanA 9,ord 7niersity Press>

RE7ERENCE,

1 )e9t%oo' o, Enironmental &ciences and )echnology %y M> ni 5eddyA & P%lication>

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$ # 2PRODUCTION TECHNOLOGY LAB

Minimm o, 12 E9ercises need to %e per,ormedI. METAL CASTING LAB ,1> Pattern /esign and ma'ing - ,or one casting draing>

2> &and properties testing - E9ercise -,or strengthsA andpermea%ility 1

3> Molding Melting and Casting - 1 E9erciseII WELDING LAB ,1> 5C (elding $ap D tt oint - 2 E9ercises2> &pot (elding - 1 E9ercise3> )I! (elding - 1 E9ercise4> Plasma elding and ra:ing - 2 E9ercises

lan'ing D Piercing operation and stdy o, simpleA compond and progressie press tool>2> .ydralic Press @ /eep draing and e9trsion operation>3> ending and other operationsIV PROCESSING O7 PLASTICS1> Inection Molding2> lo Molding

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II Y%a& B.T%*+. M.E.IIS%' T P C$ # 2

MECHANICS O7 SOLIDS AND METALLURGY LABA METALLURGY LAB ,1> Preparation and stdy o, the Micro &trctre o, pre metals li'e IronA C and l>2> Preparation and stdy o, the Microstrctre o, Mild steelsA lo car%on steelsA high C steels>3> &tdy o, the Micro &trctres o, Cast Irons>4> &tdy o, the Micro &trctres o, 8on-#erros alloys>

L> &tdy o, the Micro strctres o, .eat treated steels>6> .ardenea%ility o, steels %y ominy End Bench )est>> )o ,ind ot the hardness o, arios treated and ntreated steels>B MECHNICS O7 SOLIDS LAB ,1> /irect tension test2> ending test ona= &imple spported%= Cantileer %eam3> )orsion test4> .ardness testa= rinells hardness test%= 5oc'ell hardness testL> )est on springs6> Compression test on c%e> Impact test"> Pnch shear test

43


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HYDERABADIII Y%a& B.T%*+. M.E.IS%' T P C

10 $ MANAGERIAL ECONOMICS AND 7INANCIAL ANALYSIS

U4t I Introduction to Managerial Economics:/e,initionA 8atre and &cope o, Managerial Economics/emand nalysis@ /emand /eterminantsA $a o,/emand and its e9ceptions>

U4t II Elasticity of Demand@/e,initionA )ypesA Measrement and &igni,icance o, Elasticity o, /emand> /emand #orecastingA #actorsgoerning demand ,orecastingA methods o, demand ,orecasting Impted costs> rea'-een nalysis

U4t VI Ca34tal a; Ca34tal B:;

1> ryasri@ Managerial Economics and #inancial nalysisA 2eA )M.A 200L>2> ;arshney D Mahesari@ Managerial EconomicsA &ltan ChandA 2003>

RE7ERENCES,

1> m%rish !ptaA #inancial cconting ,or ManagementA Pearson EdcationA 8e /elhi>2> .> Craig Peterson D (> Cris $eisA Managerial EconomicsA P.IA 4thEd>3> &ma /amodaranA Managerial EconomicsA 9,ord 7niersity Press>4> $ipsey D ChrystelA EconomicsA 9,ord 7niersity Press>L> &> > &iddi?i D > &> &iddi?iA Managerial Economics D #inancial nalysisA 8e age International &pace

P%lications>6> /omnic' &alatore@ Managerial Economics In a !lo%al EconomyA 4th EditionA )homson>> 8arayanasamy@ #inancial ccontingZ Managerial PerspectieA P.I>

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"> 5aghnatha 5eddy D 8arasimhachary@ Managerial EconomicsD #inancial nalysisA &citech>O> &>8>Mahesari D &>> MahesariA #inancial ccontingA ;i'as>10> )ret and )ret@ Managerial Economics@nalysisA Pro%lems and CasesA (iley>11> /iedi@Managerial EconomicsA 6th Ed>A ;i'as>

P&%&%@:4(4t%(, 8il

O=%*t4?%, )o e9plain the %asic principles o, managerial economicsA acconting and crrent %sinessenironment nderlying %siness decision ma'ing>

Co;%(/Ta=l%(, Present ;ale )a%les need to %e permitted into the e9aminations .all>

:%(t4o Pa3%& Patt%&, L Bestions to %e ansered ot o, " ?estions> Each ?estion shold not hae more than 3 %its>

4:


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10 $ AUTOMOBILE ENGINEERING

UNIT ) IIt&o;:*t4o , Components o, ,or heeler atomo%ile chassis and %ody poer nit poer transmission rear heel drieA ,ront heel drieA 4 heel drie types o, atomo%ileenginesA engine constrctionA tr%o charging and sper charging engine l%ricationA splash

and pressre l%rication systemsA oil ,iltersA oil pmps cran' case entilation engine sericeAre%oringA decar%onisationA 8itriding o, cran' sha,t>>

UNIT ) II7:%l S9(t%' , &>I> Engine @ #el spply systemsA Mechanical and electrical ,el pmp ,ilters

car%rettor types air ,ilters petrol inection>C.I. E

UNIT ) IIICool4< S9(t%' , Cooling 5e?irementsA ir CoolingA $i?id CoolingA )hermoA ater and#orced Circlation &ystem 5adiators )ypes Cooling #an - ater pmpA thermostatAeaporating cooling pressre sealed cooling anti,ree:e soltions>I

UNIT ) VI

T&a('4((4o S9(t%' , CltchesA principleA typesA cone cltchA single plate cltchA mlti platecltchA magnetic and centri,gal cltchesA ,lid ,ly heel gear %o9esA typesA sliding meshAconstrct meshA synchro mesh gear %o9esA epicyclic gear %o9 A oer drie tor?e conerter>Propeller sha,t .otch iss drieA )or?e t%e drieA niersal ointA di,,erential rear a9les types heels and tyres>

UNIT ) VIISt%%&4< S9(t%' , &teering geometry cam%erA castorA 'ing pin ra'eA com%ined angle toeinAcenter point steering> )ypes o, steering mechanism c'erman steering mechanismA /aissteering mechanismA steering gears typesA steering lin'ages>

UNIT ) VIIIS:(3%(4o S9(t%' , %ects o, sspension systems rigid a9le sspension systemA torsion%arA shoc' a%sor%erA Independent sspension system>B&a4< S9(t%' , Mechanical %ra'e systemA .ydralic %ra'e systemA Master cylinderA heel

cylinder tandem master cylinder 5e?irement o, %ra'e ,lidA Pnematic and acm %ra'es>

TE5T BOO6S ,1> tomotie Mechanics ;ol> 1 D ;ol> 2 ripal &ing>2> tomo%ile Engineering (illiam Crose

RE7ERENCES ,1> tomotie Engineering 8eton &teeds D !arrett2> tomotie Mechanics !>>&> 8arang3> tomotie Mechanics .eitner4> tomotie Engines &riniasanL> tomo%ile Engineering >> 5amalingam &citech P%lications

$)/>

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10 $ DYNAMICS O7 MACHINERY

UNIT ) IPRECESSION , !yroscopesA e,,ect o, precession motion on the sta%ility o, moing ehicles sch asmotor carA motor cycleA aero planes and ships> &tatic and dynamic ,orce analysis o, planarmechanisms>

UNIT ) II7RICTION , Inclined planeA ,riction o, scre and ntsA piot and collarA ni,orm pressreA ni,orm earA,riction circle and ,riction a9is @ l%ricated sr,acesA %ondary ,rictionA ,ilm l%rication>

UNIT )IIICl:t*+%(, #riction cltches- &ingle /isc or plate cltchA Mltiple /isc CltchA Cone CltchA Centri,galCltch>BRA6ES AND DYNAMOMETERS , &imple %loc' %ra'esA internal e9panding %ra'eA %and %ra'e o,ehicle> /ynamometers a%sorption and transmission types> !eneral description and methods o,operations>

UNIT ) IVTURNING MOMENT DIAGRAM AND 7LY WHEELS , )rning moment Inertia )or?e connectingrod anglar elocity and accelerationA cran' e,,ort and tor?e diagrams #lctation o, energy #ly heelsand their design>

UNITVGOVERNERS , (attA Porter and Proell goernors> &pring loaded goernors .artnell and hartng itha9iliary springs> &ensitienessA isochronism and hnting>

UNIT ) VIBALANCING , alancing o, rotating masses &ingle and mltiple single and di,,erent planes>

UNIT )VIIBala*4< o> R%*43&o*at4< Ma((%(, PrimaryA &econdaryA and higher %alancing o, reciprocating masses>

nalytical and graphical methods> 7n%alanced ,orces and coples e9amination o, X;Y mlti cylinder inline and radial engines ,or primary and secondary %alancingA locomotie %alancing .ammer %loA&aying copleA ariation o, tractie e,,orts>

UNIT ) VIIIVIBRATION , #ree ;i%ration o, mass attached to ertical spring oscillation o, pendlmsA centers o,oscillation and sspension> )ranserse loadsA i%rations o, %eams ith concentrated and distri%tedloads> /n'erlys methodsA 5aleighs method> (hirling o, sha,tsA critical speedsA torsional i%rationsA toand three rotor systems> &imple pro%lems on ,orced damped i%ration ;i%ration Isolation D )ransmissi%ility

TE5T BOO6S ,1> )heory o, Machines &>& 5atan Mc> !ra .ill P%l>2> )heory o, Machines agadish $al D >M>&hah Metropolitan>

RE7ERENCES ,1> Mechanism and Machine )heory & 5ao and 5; /''ipati 8e ge2> )heory o, Machines &hiegly M!.3> )heory o, Machines )homas ean C& P%lishers

4> )heory o, machines hrmi&>Chand>

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10 $ MACHINE TOOLS

UNIT ) IElementary treatement o, metal ctting theory Element o, ctting process !eometry o, single point tooland angles chip ,ormation and types o, chips %ilt p edge and its e,,ects chip %rea'ers> Mechanics o,

orthogonal ctting Merchants #orce diagramA ctting ,orces ctting speedsA ,eedA depth o, ctA tool li,eAcoolantsA machina%ility )ool materials>inematic schemes o, machine tools Constrctional ,eatres o, speed gear %o9 and ,eed gear %o9>

UNIT ) IIEngine lathe Principle o, or'ingA speci,ication o, lathe types o, lathe or' holders tool holders o9tools )aper trning thread trning ,or $athes and attachments>)rret and capstan lathes collet chc's other or' holders tool holding deices %o9 and tool layot>Principal ,eatres o, atomatic lathes classi,ication &ingle spindle and mlti-spindle atomatic lathes

tool layot and cam design>

UNIT ) III&haping slotting and planing machines Principles o, or'ing Principal parts speci,ication classi,icationAoperations per,ormed> inematic scheme o, the shaping slotting and planning machinesA machining timecalclations>

UNIT ) IV/rilling and oring Machines Principles o, or'ingA speci,icationsA typesA operations per,ormed toolholding deices tist drill oring machines #ine %oring machines ig oring machine> /eep holedrilling machine> inematics scheme o, the drilling and %oring machines

UNIT ) VMilling machine Principles o, or'ing speci,ications classi,ications o, milling machines Principal,eatres o, hori:ontalA ertical and niersal milling machines machining operations )ypes geometry o,milling ctters milling ctters methods o, inde9ing ccessories to milling machinesA 'inematicscheme o, milling ctters milling ctters methods o, inde9ing>

UNIT )VI!rinding machine #ndamentals )heory o, grinding classi,ication o, grinding machine cylindrical and

sr,ace grinding machine )ool and ctter grinding machine special types o, grinding machines /i,,erent types o, a%rasies %onds speci,ication o, a grinding heel and selection o, a grinding heelinematic scheme o, grinding machines>

UNIT VII$appingA honing and %roaching machines comparison to grinding lapping and honing> inematicsscheme o, $appingA .oning and roaching machines> Constrctional ,eatres o, speed and ,eed 7nitsAmachining time calclations

UNIT VIIIPrinciples o, design o, igs and ,i9tres and ses> Classi,ication o, igs D #i9tres Principles o, locationand clamping )ypes o, clamping D or' holding deices> )ypical e9amples o, igs and ,i9tres>

TE5T BOO6S ,1> Prodction )echnology %y 5>> ain and &>C> !pta>

2> Prodction )echnology %y .>M>)>

RE7ERENCES,1> Machine )ools C>Elanche:hian and M> ;iayan nradha gencies P%lishers>2> (or'shop )echnology >&>5agh ;amshi ;ol II

4A


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50/89



10 $ HEAT TRANS7ER

UNIT ) IIt&o;:*t4o , Modes and mechanisms o, heat trans,er asic las o, heat trans,er !eneral discssiona%ot applications o, heat trans,er>Co;:*t4o H%at T&a(>%& , #orier rate e?ation !eneral heat condction e?ation in CartesianA

Cylindrical and &pherical coordinates>

UNIT ) II&impli,ication and ,orms o, the ,ield e?ation steadyA nsteady and periodic heat trans,er Initial and%ondary conditions>O% D4'%(4oal St%a;9 Stat% Co;:*t4o H%at T&a(>%& , .omogeneos sla%sA hollo cylindersand spheres oerall heat trans,er coe,,icient electrical analogy Critical radis o, inslationO% D4'%(4oal St%a;9 Stat% Co;:*t4o H%at T&a(>%& , ;aria%le )hermal condctiity systemsith heat sorces or .eat generation> E9tended sr,ace

UNIT IIIO% D4'%(4oal T&a(4%t Co;:*t4o H%at T&a(>%& , &ystems ith negligi%le internal resistance

&igni,icance o, iot and #orier 8m%ers - Chart soltions o, transient condction systems- Concept o,#nctional ody

UNIT ) IVCo?%*t4?% H%at T&a(>%& , Classi,ication o, systems %ased on casation o, ,loA condition o, ,loAcon,igration o, ,lo and medim o, ,lo /imensional analysis as a tool ,or e9perimental inestigation c'ingham Pi )heorem and methodA application ,or deeloping semi empirical non- dimensionalcorrelation ,or conection heat trans,er &igni,icance o, non-dimensional nm%ers Concepts o, ContinityAMomentm and Energy E?ations>7o&*%; *o?%*t4o, EFt%&al 7lo( , Concepts a%ot hydrodynamic and thermal %ondary layer andse o, empirical correlations ,or conectie heat trans,er -#lat plates and Cylinders>It%&al 7lo( , Concepts a%ot .ydrodynamic and )hermal Entry $engths /iision o, internal ,lo%ased on this 7se o, empirical relations ,or .ori:ontal Pipe #lo and annls ,lo>

UNIT ) V7&%% Co?%*t4o , /eelopment o, .ydrodynamic and thermal %ondary layer along a ertical plate - 7se

o, empirical relations ,or ;ertical plates and pipes>

UNIT VIH%at T&a(>%& 4t+ P+a(% C+a

UNIT VIIH%at EF*+a

UNIT VIIIRa;4at4o H%at T&a(>%& ,

Emission characteristics and las o, %lac'-%ody radiation Irradiation total and monochromatic ?antities las o, Planc'A (ienA ircho,,A $am%ertA &te,an and olt:mann heat e9change %eteen to %lac'%odies concepts o, shape ,actor Emissiity heat e9change %eteen grey %odies radiation shields

electrical analogy ,or radiation netor's>

TE5T BOO6S ,1> .eat )rans,er .$M8)M.2> .eat )rans,er P>>8ag )M.

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RE7ERENCE BOO6S,1> #ndamentals o, Engg> .eat and Mass )rans,er 5>C>&C./E; 8e ge International2> .eat )rans,er !hoshdastidar 9,ord 7niersity Press II Edition3> .eat and Mass )rans,er Cengel- Mc!ra .ill>4> .eat and Mass )rans,er 5>> 5apt &>Chand D Company $td>L> Essential .eat )rans,er - Christopher $ong Pearson Edcation> .eat and Mass )rans,er />&>mar &>>ataria D &ons"> .eat and Mass )rans,er-ondandaramanO> #ndamentals o, .eat )rans,er D Mass )rans,er- Incropera D /eitt ohn (iley P%>

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$ # 2

7LUID MECHANICS AND HYDRAULIC MACHINES LAB

1> Impact o, ets on ;anes>2> Per,ormance )est on Pelton (heel>

3> Per,ormance )est on #rancis )r%ine>4> Per,ormance )est on aplan )r%ine>L> Per,ormance )est on &ingle &tage Centri,gal Pmp>6> Per,ormance )est on Mlti &tage Centri,gal Pmp>> Per,ormance )est on 5eciprocating Pmp>"> Cali%ration o, ;entrimeter>O> Cali%ration o, ri,ice meter>10> /etermination o, ,riction ,actor ,or a gien pipe line>11> /etermination o, loss o, head de to sdden contraction in a pipeline>12> )r%ine ,lo meter>Not% ,ny 10 o, the a%oe 12 e9periments are to %e condcted>

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200-0"


III Y%a& B.T%*+. M.E. IIS%' T P C10 $

INDUSTRIAL MANAGEMENTUNIT I

Concepts o, Management and rganisation #nctions o, Management Eoltion o, Management

)hoght @ )aylors &cienti,ic ManagementA #ayols Principles o, ManagementA /oglas Mc-!regors )heory and )heory FA Mayos .athorne E9perimentsA .ert:%ergs )o #actor )heory o, MotiationA Maslos.ierarchy o, .man 8eeds &ystems pproach to Management>

UNIT II

D%(4

UNIT IV

(or' stdy - /e,initionA o%ectiesA method stdy - de,initionA o%ectiesA steps inoled- arios types o,associated charts-di,,erence %eteen micromotion and memomotion stdies> (or' measrement- de,initionAtime stdyA steps inoled-e?ipmentA di,,erent methods o, per,ormance rating- alloancesA standard timecalclation> (or' &ampling de,initionA steps inoledA standard time calclationsA di,,erences ith timestdy>

UNIT V

Materials Management-%ectiesA Inentory ,nctionsA typesA associated costsA inentory classi,ication

techni?es-C and ;E/ analysis> Inentory Control &ystems-Continos reie system-periodical reiesystem> &tores Management and &tores 5ecords> Prchase managementA dties o, prchase o, managerAassociated ,orms>

UNIT VI

It&o;:*t4o to PERT / CPM , Proect managementA netor' modeling-pro%a%ilistic modelA arios types o,actiity times estimation-programme ealation reie techni?es- Critical Path-pro%a%ility o, completing theproectA deterministic modelA critical path method

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TE5T BOO6S,

1> mrineA Man,actring rgani:ation and ManagementA PearsonA 2nd EditionA 2004>2> Indstrial Engineering and Management >P> hanna /hanpat 5ai>

RE7ERENCES ,

1> &tonerA #reemanA !il%ertA #anagementA 6th EdA Pearson EdcationA 8e /elhiA 200L>2> Panner &elamA Prodction and perations ManagementA P.IA 2004>3> /r> C> 8adha Mni 5eddy and /r> > ;iaya mar 5eddyA 5elia%ility Engineering D Bality EngineeringA

!algotia P%licationsA Pt>A $imited>4> 5alph M arnesA Motion and )ime &tdiesA ohn (iley and &onsA 2004>L> ChaseA aco%sA ?ilanoA perations ManagementA )M. 10th EditionA 2003>6> $>&>&rinathA PE5) CPMA a,,iliate East-(est PressA 8e /elhiA 2000>> !ary /esslerA .man 5esorce ManagementA Pearson Edcation siaA 2002>"> Phillip otlerA Mar'eting ManagementA PearsonA 2004>O> >5>ryasriA Management &cience ,or 8)7 )ech=A )ata Mc!ra-.illA 2002>

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HYDERABADIII Y%a& B.T%*+. M.E. IIS%' T P C

10 $ DESIGN O7 MACHINE MEMBERS ) II

UNIT ) IBEARINGS , )ypes o, ornal %earings $%rication earing Modls #ll and partial %earings Clearance ratio .eat dissipation o, %earingsA %earing materials ornal %earing design all and roller%earings &tatic loading o, %all D roller %earingsA earing li,e>

UNIT ) IIENGINE PARTS , Connecting 5od @ )hrst in connecting rod stress de to hipping action onconnecting rod ends Cran's and Cran' sha,tsA strength and proportions o, oer hng and center cran's

Cran' pinsA Cran' sha,ts>

UNIT )IIIPistonsA #orces acting on piston Constrction /esign and proportions o, piston>A CylinderA CylinderlinersA

UNIT ) IV/esign o, cred %eams@ introdctionA stresses in cred %eamsA E9pression ,or radis o, netral a9is ,orrectanglarA circlarA trape:oidal and )-&ection> /esign o, crane hoo'sA C clamps.

UNIT ) VPOWER TRANSMISSIONS SYSTEMS PULLEYS @ )ransmission o, poer %y elt and 5ope driesA )ransmission e,,icienciesA elts #lat and ; types 5opes - plleys ,or %elt and rope driesA MaterialsAChain dries

UNIT ) VISPUR 8 HELICAL GEAR DRIVES , &pr gears- .elical gears $oad concentration ,actor /ynam

me i ii iii iv syllabus 7-11-07

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