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Lecture Aircraft Design

I teach Aircraft Design in two lectures:
  1. The main lecture Aircraft Design (4 SWS) is part of the Bachelor Degree with emphasis on "Design and Lightweight Structures".
  2. An introduction to Aircraft Design (1.5 SWS) is part of the lecture "Aircraft Projects" in the Bachelor Degree with emphasis on "Cabin and Cabin Systems".
This page serves both lectures. However it is the main lecture that is depicted.

Table of Contents

On this page:
link General Information
link Teaching Objectives
link Table of Contents
link Preliminary Sizing Tool: PreSTo-Classic
link Aviation History
link Online Contributions to Aircraft Design

On other pages:
link Scholz: English Lecture Notes (HOOU, 2007, 2017) englisch
link Scholz: German Lecture Notes deutsch
User Name: student. Password required!

link Scholz: Examinations deutsch, englisch

 

General Information

The lecture aircraft design is a compulsory part of the advanced studies in aeronautical engineering at the Hamburg University of Applied Sciences.
Course "Number":
FE
Credit Hours:
4 (scheduled for the 6th semester)

 

Teaching Objectives

Table of Contents

Nomenclature
Abbreviations


Introduction and Fundamentals

 1 Introduction

 2 Design Sequence

 3 Requirements and Regulations

 4 Aircraft Configurations


Preliminary Sizing

 5 Preliminary Sizing 

 
Conceptual Design

 6 Fuselage Design

 7 Wing Design

 8 High Lift Systems and Maximum Lift Coefficients

 9 Empenage Design I 
  
10 Weight and Balance

11 Empenage Design II    

12 Landing Gear Integration

13 Drag Polar and Drag Prediction

14 Design Evaluation


15 References

 

Preliminary Sizing Tool: PreSTo-Classic

item Spread Sheet for Aircraft Preliminary Sizing
*.xls A-C_Preliminary_Sizing.xls (EXCEL Spread Sheet)     Changed on:  29 March 2017,     Size::  160K

 

Some Aviation History

Many countries have their aviation pioneers. Often we are not much aware of priorities in the teaching of aviation history given to various inventors in different countries. It only comes natural that the focus in every country is on their own countrymen. After all, most information exists about what has happend close by. In the lecture Aircraft Design in the Summer Semester 2017, we talked - together with our international guest students - about aviation history as seen from their perspective.

You may also look at my talk The Future of Aviation (PDF, 17MB) which has a little historic introduction asking: "Who was first in flight?"

During the lecture (German: Vorlesung = Reading) I read selected History Chapters from Anderson's books.

Anderson: Introduction to Flight:

Anderson: Fundamentals of Aerodynamcis: We looked at selected countries. In some cases, students retrieved the information and presented it in class:

India

YouTube: Indian 1200 Year Old Flying Machine: Vimana
Vimana-AlienIndienFlyingMachine.jpg
https://en.wikipedia.org/wiki/Vimana
(student contribution)

Romania

Aviation in Romania
Henri Coanda,   Coanda-1910,   Bucharest (main) Airport
Aurel Vlaicu (Bucharest Baneasa Airport)

France

FrenchAviationHistory.jpg
(student contribution)

The Netherlands

DutchAviationHistory_Fokker.pptx
(student contribution)

Academics perspective: Prof. (Emeritus) Egbert Torenbeek (TU Delft)
"First scientific book on Aircraft Design"
Ludwig-Prandtl-Ring (from DGLR) for Prof. Torenbeek
AIAA Aircraft Design Award for Prof. Torenbeek
Publications

Brazil (Santos Dumont)

https://en.wikipedia.org/wiki/Santos-Dumont_14-bis
https://en.wikipedia.org/wiki/Alberto_Santos-Dumont
(student contribution)

USA

Aviation history worldwide with an emphasis of US contributions:
http://centennialofflight.net
http://centennialofflight.net/essay_cat/overview.htm

Germany

Otto Lilienthal.  Advancing human gliding flight.

Ludwig Prandtl.  The beginning of modern aerodynamics. PhD students:

Deutsche Forschungsanstalt für Luftfahrt (DFL),   more about DFL,   Lecture Prof. Hamel (!!!)

Book: Aeronautical Research in Germany
Patent: Area Rule

Subjects: Propulsion
Hans von Ohain designer of the first operational jet engine

Pioneers: These early German aircraft builders and pioneers are not well known. Have a look anyway:

Gustav Weißkopf
http://www.flyingmachines.org/gwhtd.html
http://de.wikipedia.org/wiki/Gustav_Wei%C3%9Fkopf

Karl Jatho
http://www.flyingmachines.org/jatho.html
http://www.karl-jatho-projekt.de
http://de.wikipedia.org/wiki/Karl_Jatho

Industry perspective:
Airbus A380.   Responsible for A380 development: Jürgen Thomas (from 1996 until his retirement in 2001)

More? Yes, more!

Certainly, there would be much more to mention. Please note: First ideas anlong these lines are included for Germany and The Netherlands (see above).

 

Selected Online Contributions to Aircraft Design

Prof. Dr. W.H. Mason, Virginia Tech

Prof. Dr. W.H. Mason
Software for Aerodynamics and Aircraft Design
W. H. Mason's Info for Aircraft Design
Aircraft Design Information Sources
Configuration Aerodynamics
Applied Computational Aerodynamics

Truss-Braced Wing Design

Dr. Élodie Roux

CV (PDF)
Reports for Download
3-View Drawings (book)
Directeur de thèse: Prof. J.L. Boiffier

Software for the Vortex Lattice Method (VLM)

Theory
Tornado --- by Tomas Melin (Sweden)
AVL --- by Mark Drela and Harold Youngren (USA)
IDrag --- by Joel Grasmeyer (USA)


LAST UPDATE:  26 June 2017
AUTHOR:  Prof. Dr. Scholz
E-Mail-Address
home  Prof. Dr. Scholz
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