Chapter 1 Introduction 1.1 History of Aviation 1.2 Basic Aerodynamics 1.2.1 Theories in the Production of Lift 1.2.2 Bemoulli's Principle of Difierential Pressure 1.3 Basic Engineering Design Process 1.3.1 Identification of the Need 1.3.2 Definition of Problems 1.3.3 Design Constraint 1.3.4 Synthesis Analysis and Optimization 1.3.5 Mathematical Modeling and Evaluation 1.3.6 The Presentation 1.4 Aircraft Type and Category 1.4.1 Ultralight Vehicles 1.4.2 Light Sport Aircraft��LSA��Category Words and ExpressionsTranslations**�� ���� 1.1 ���՚vʷ 1.2 �՚�����W���A 1.2.1 �����a��ԭ�� 1.2.2 ������IJ�Ŭ��ԭ�� 1.3 ���������OӋ�^�� 1.3.1 �b����Ҫ 1.3.2 ���}���x 1.3.3 �OӋ�s�� 1.3.4 �ϳɡ������c���� 1.3.5 ���W��ģ���u�� 1.3.6 ��ʾ 1.4 �w�C��ͺ�e 1.4.1 ���p�ͽ�ͨ���� 1.4.2 �p���\���w������eChapter 2 Aircraft Structure 2.1 Types of Aircraft Construction 2.1.1 T1mSS Structure 2.1.2 Monocoque 2.1.3 Semimonocoque 2.2 Major Components 2.2.1 Fuselage 2.2.2 Wings 2.2.3 Empennage 2.2.4 Landing Gear 2.2.5 Powerplants 2.3 Aircraft Structure Materials 2.3.1 Structure Materials 2.3.2 Criteria for the Selection of Materials 2.3.3 Application of Materials Words and ExpressionsTranslations�ڶ��� �w�C�Y�� 2.1 �w�C�Y����� 2.1.1 ��ܽY�� 2.1.2 Ӳ��ʽ 2.1.3 ��Ӳ��ʽ 2.2 ��Ҫ�M�ɲ��� 2.2.1 �C�� 2.2.2 �C�� 2.2.3 β�� 2.2.4 ����� 2.2.5 �l�әC 2.3 �w�C�Y������ 2.3.1 �Y������ 2.3.2 �����x���ָ�� 2.3.3 ���ϑ���Chapter 3 Theory of Flight 3.1 Structure of the Atmosphere 3.1.1 Atmospheric Pressure ���� Translations������ �w����ՓChapter 4 Principles of Flight and Flight ControlTranslations������ �w��ԭ�����w�C����Chapter 5 Aircraft SystemsTranslations������ �w�Cϵ�yChapter 6 Flight InstrumentsTranslations������ �w�Ѓx��Chapter 7 Aircraft PerformanceTranslations������ �w������Aviation Abbreviation