DERSLER
Şimdiye kadar verilen dersler:
Uçak Statiği, İleri Uçak
Mukavemeti (Y. Lisans), Aeroelastik Olaylar (Y. Lisans), Makina ve Uçak
Bilgisi, Mukavemet, Computer Programming (Y. Lisans), Dinamik, Uçak Mukavemeti,
Statik, İleri Mukavemet, Uçak İnşaatı, Helikopter Aerodinamiği, Hava-Uzay
Yapıları I ve Hava-Uzay Yapıları II, Uçak Tasarımı, Uçak Yapıları, Optimization
Techniques in Engineering (Y. Lisans), Rüzgar Enerjisi ve Dönüştürme
Teknolojisi (Y.Lisans), Structural Optimization (Lisansüstü), Rotorcraft Design
I, Uçak İnşaatı ve Projesi (H. H. Okulu), Uçuş Mekaniği (H. H. Okulu),
Stabilite ve Kontrol (H. H. Okulu), Uçak Yapı Analizi (H. H. Okulu),
Lisans Dersleri:
2006-2007 Eğitim-Öğretim yılı
Bahar dönemi
Uçak Tasarımı
(2+2): Yıliçi
sınavı adedi: 1 Ağırlığı: 15
Ödev adedi: 3
Ağırlığı: 15
Proje adedi:
1 Ağırlığı: 30
Yıl sonu sınavı 1 ağırlığı: 40
Ders Kitapları:
1) Daniel P. Raymer, “Aircraft Design: A Conceptual Approach, Fourth Edition AIAA,
2006
2) Daniel P. Raymer,
“ RDS-STUDENT:Software for
Aircraft Design, Sizing, and Performance, Enhanced and Enlarged, Version 4.2,
AIAA Education Series, 1999
3) Lloyd R. Jenkinson ve diğ. “Civil Jet Aircraft
Design”, AIAA, 1999
Y. Lisans:
Rotorcraft
Design I (2006/2007 Güz Dönemi)
Grading:
A Exams:
1) One
Exam will be given worth 40%.
2) One
Individual Project on Conceptual Design Sensitivity Analysis for
particular set of requirements will be included in the course worth 30%.
3) One Team Project on Configuration
Synthesis and Selection for a particular set of requirements will be
included in the course worth 30%
Course Schedule:
Week 1:
Course Outline Presentation:Overview of V/STOL
Aircraft and Where Rotorcraft Fit In, Overview of Rotorcraft Configuration
Synthesis
Week 2:
Aerodynamics Review - Hovering Flight
Aerodynamics Review - Forward Flight
Week 3:
Compound Configurations -Lift & Propulsion
Sharing
Wind Tunnel Testing
Week 4:
Propulsion Review -System Analysis and
Engine Characteristics and Selection, Rotor and Propeller Analysis
Week 5:
Propulsion Review - Other Propulsive Devices
Rotor Hub Design - PD, HQ, Hinges&Dynamics
Week 6:
Rotor Hub Design
A/G Resonance, S&W, FD Controls, RS&D,
Ideal Rotor
Week 7 :
Helicopter Preliminary Design
Week 9:
Extension of the
RF Method to V/STOL Aircraft to Mission
Performance, Hover Ceiling, Range/End
ROC
Week 11: Introduction to Rotorcraft Structural Design - Static
Loads and Strength, V-n Diagram, Rotorcraft Dynamics Design Considerations –
Fatigue, Loads and Life
Week 12: Rotorcraft Stability & Control, Design
Considerations – Trim and Static Stability Derivatives, Dynamic and Control
Stability
Week 13: Introduction to
Team Design Project, Rotorcraft Transmission/Drive System Design and Rotorcraft
Aerodynamic & Noise Design Considerations
Week 14:
Rotorcraft
Safety & Reliability Design and Rotorcraft Life Cycle Cost Design
Considerations
Week 15:
Team Project
Presentations and Team Final Reports Due
Textbook and Class Materials
A.
Primary Text (PT):
Chapter 3,
Engineering Design Handbook: Helicopter Engineering, Part One – Preliminary
Design, AMC Pamphlet 706-201, HQS, U.S. Army Materiel Command, Aug 74 (Will
be handed out in class)
Additional
Course Notes (CN) will be given out in class (or made available on Dr. Tolun’s
Web site) to complement the text materials. www.uubf.itu.edu.tr/~tolun
Wind Energy
and Converting Technologies
n
Primary Texts (PT):
(1)T. Burton
et.al.,Wind Energy, Wiley , 2001
(2) J.F. Manwell, J.G.McGowan, A.L.
Rogers, Wind Energy Explained, John Wiley& Sons, 2002
Secondary Text (ST):
David A. Spera, Ed., Wind
Turbine Technology – Fundamental Concepts of Wind Turbine Engineering,
ASME Press, 1994
Course Notes (CN):
Additional Course Notes (CN) will be given out in
class to complement the text materials
A.
Exams
2) Final Exam and project presentation will
be given worth 40%
1)
One Individual Project on Wind
Energy Assessment for a particular site will be included in the course
worth 20%.
2)
One Project on Wind Energy Converting
System for a particular site will be included in the course, worth 20%
Week 1 Overview of Wind Turbines,
Week 2 Wind resources, Wind
Characteristics
Week 5 Mechanics and Dynamics
Week 10 Structural Dynamic Considerations in Design
Week 11 Utility Perspective on
WT
Week 12 WT Acoustics and Fatigue Design of WT
Week 13 Wind Energy System
Economics
Final reports