Initial Airworthiness: Determining the Acceptability of New Airborne Systems

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Springer, 2018 M03 17 - 425 páginas

Designed as an introduction for both advanced students in aerospace engineering and existing aerospace engineers, this book covers both engineering theory and professional practice in establishing the airworthiness of new and modified aircraft.

Initial Airworthiness includes information on:

· how structural, handling, and systems evaluations are carried out;

· the processes by which safety and fitness for purpose are determined; and

· the use of both US and European unit systems

Covering both civil and military practice and the current regulations and standards across Europe and North America, Initial Airworthiness will give the reader an understanding of how all the major aspects of an aircraft are certified, as well as providing a valuable source of reference for existing practitioners.

This second edition has been updated for changes in regulation worldwide, including UK "E-conditions" and Single Seat De-Regulation, the new part 23 regulations in the USA and Europe, and developments to Extended Range Twin-Engine Operations worldwide. Entirely new sections have been added to explain the management of certification programmes, professional ethics within airworthiness practice, environmental impact of aircraft, and aeroplane departures from controlled flight. This edition also includes many new figures, case studies and references to sources of further information.

 

Contenido

1 What Is Airworthiness?
1
2 The Atmosphere
23
3 The PitotStatic System
45
4 The Flight Envelope
83
5 First Principles of Structural Approval
113
6 Approving an Aircrafts Main Flight Structure
123
7 Undercarriage Structural Approvals
139
8 Control Surfaces and Circuits
167
19 Professional Ethics Within Airworthiness Practice
361
20 Running a Certification Programme
377
International Standard Atmosphere Tables
385
Typical Properties of Common Aerospace Materials
387
The Main Civil Airworthiness Standards
391
Conversion Factors
395
Common Acronyms Terms and Abbreviations in Airworthiness Practice and Within This Book
397
AN Hardware
405

9 Powerplant Airworthiness
191
10 Crashworthiness and Escape
213
11 An Introduction to Flying Qualities Evaluation
233
12 Longitudinal Stability and Control
241
13 Lateral and Directional Stability and Control
259
14 Aeroplane Asymmetry
279
15 Departures from Controlled Flight
293
16 Systems Assessment
315
17 Environmental Impact
337
18 Facilitating Continued Airworthiness
353
All About Units
407
G2 The Imperial System
408
G3 The SI System
412
G4 Market Metric
415
G5 cgs
416
G7 Aeronautical Norms
417
Useful Further Non Web Sources of Reference
419
Index
421
Derechos de autor

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Acerca del autor (2018)

Professor Guy Gratton has worked for nearly 30 years in evaluating the safety of aircraft, with his work spanning every class of manned aeroplane from large airliners, via jet fighters to gliders and single-seat microlights. This has included the complete clearance of several new aircraft designs, as well as testing every major component of an aircraft. He has taught, and continues to teach, this subject at several UK universities as well as having managed several aeronautical research facilities. Professor Gratton is also an experienced pilot and flight test engineer, having flown over 100 aeroplane types, including test flying of a number of prototype and development aircraft.

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