by dr. v. t. nagaraj - ksas · helicopter design by dr. v. t. nagaraj date: nov. 18(thur) -19(fri),...
TRANSCRIPT
The 3rd Short Course onHelicopter Designby Dr. V. T. Nagaraj
Date: Nov. 18(Thur) - 19(Fri), 2010
Time: 9:00 am - 5:30 pm
Place: Eng. Bd. C 192 (공학관공학관공학관공학관 1F)
Konkuk Univ., Seoul, KOREA
Organized by
· International Rotorcraft R&D Hub
· Institute of Intelligent Vehicle and
System Technology (INVEST)
· BK21 Program of ST·IT Fusion
Points of Contact : Points of Contact :
Prof. Sung Nam Jung / Ms. Miyoung WonProf. Sung Nam Jung / Ms. Miyoung Won
[email protected] / [email protected] / 02--20492049--60966096
Registration fee (includes lecture materials, lunches, etc.) ㆍ Regular participants : \ 200,000 ㆍ Students : \ 100,000Sponsored by
· Ministry of Education, Science
and Technology
· National Research Foundation of
Korea
· Korean Society for Aeronautical
and Space Sciences
V. T. Nagaraj, Ph.D.
Visiting Professor, Alfred Gessow Rotorcraft Center
University of Maryland, USA
E-mail : [email protected]
Dr. Nagaraj earned a Masters degree in Aeronautics from
IIS, Bangalore and Ph.D. in Aeronautics from Loughborough
University of Technology, England. He worked at Hindustan
Aeronautics, Bangalore, India for over 35 years. After
retirement, he joined at the Alfred Gessow Rotorcraft
Center, University of Maryland in July 1997. Along with
Professors Inderjit Chopra and Marat Tishchenko, he has
advised graduate students in Helicopter Design. From 1998,
the student teams have be awarded the first place in most of
the Student Design Competitions organized by the American
Helicopter Society. He is a Fellow of the Aeronautical Society
of India and is an Associate Editor of the American Helicopter
Society.
▣▣▣▣ Dr. Nagaraj’s previous short courses on helicopter design :
The 1st : 10.31-11.14 2008, Konkuk Univ., Seoul, Korea
The 2nd : 11.03-11.07 2009, Konkuk Univ., Seoul, Korea
AGENDAAGENDA
Nov. 18 (Thu), 2010
09:00 Opening Address
09:10
-
12:20
1. Introduction
2. Understanding customer requirements
3. Concept selection methodology
13:40
-
17:30
4. Design alternatives: Tishchenko method I
5. Design alternatives: Tishchenko method II
6. Design alternatives: Tishchenko method III
Nov. 19 (Fri), 2010
09:10
-
12:10
7. Helicopter performance
8. Man rotor configuration selection
9. Main rotor blade and hub component design
13:30
-
17:30
10. Tail rotor design
11. Vibration sources and vibration isolation
12. Life cycle cost estimation
17:40 Closure