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目录 | Chapter 1 General Questions of Aviation Operationr/> 1.1 The history of aircraft development 1.1.1 Dreamout human flight 1.1.2 The development of aviation in the 20th century 1.1.3 Modern time of aviation (from 1980 till now) 1.2 The brief of airworthiness development 1.2.1 Problems of aircraft safety 1.2.2 Airworthiness as tool of safety providing 1.2.3 History brief about airworthiness development 1.3 What determines the development of aviation 1.3.1 Base of aviation development 1.3.2 Future directions of aviation development Questionr/>Chapter 2 Classification and Requirements of Aircraft 2.1 The principles of lift force creating 2.1.1 The aerostatic principle of a flight 2.1.2 The aerodynamic principle of a flight 2.1.3 The ballistic principle of a flight 2.1.4 The rocket principle of a flight 2.2 Aircraft classification according to the flight principle 2.2.1 Lighter-than-air aircraft 2.2.2 Aircraft with the aerodynamic principle of a flight 2.3 Civil aircraft classification by functionr/> 2.3.1 Commercial aviation aircraft 2.3.2 General aviation aircraft 2.3.3 Special operations aircraft 2.4 Aircraft operation and flight performancer/> 2.4.1 Payload 2.4.2 Cruise and maximum speedr/> 2.4.3 Cruise altitude 2.4.4 Flight range 2.4.5 Endurance 2.4.6 Take-off distance 2.4.7 Landing distance 2.4.8 Purchase cor/> 2.5 Aircraft requirementr/> 2.5.1 General requirementr/> 2.5.2 Aviation regulationr/> Questionr/>Chapter 3 Basic Concepts of Aerodynamicr/> 3.1 Environment and its characteristics, in which aircraft operater/> 3.1.1 The atmosphere composition 3.1.2 Main dangerous events of environment 3.1.3 Indicators of atmosphere 3.1.4 International standard atmosphere 3.2 The basic aerodynamic equationr/> 3.2.1 Continuity equation 3.2.2 Bernoulli equation 3.3 Aerodynamic forces and rationr/> 3.3.1 Lift force 3.3.2 Drag force 3.3.3 Lift-to-drag ratio Questionr/>Chapter 4 Basics of Strength and Rigidity of Aircraft 4.1 The concept of strength of aircraft 4.1.1 Loads categorier/> 4.1.2 Air loadr/> 4.1.3 Inertial loadr/> 4.1.4 Powerplant loadr/> 4.1.5 Landing-gear loadr/> 4.2 Loading the aircraft units and their deformation under load 4.2.1 Externally loaded airframe 4.2.2 Load path 4.2.3 Bending of beam structurer/> 4.2.4 Loads and load paths in an airframe 4.2.5 Fuselage loadr/> 4.2.6 Dynamic loadr/> Questionr/>Chapter 5 Basic Concepts of Manufacturing of Aircraft 5.1 Features of aircraft and aircraft manufacturing 5.1.1 Manufacturing specifics of aircraft 5.1.2 General structure of aviation plant 5.2 Concepts of aircraft technology 5.2.1 Concept layout of airplanes partr/> 5.2.2 Types of manufacturing operationr/> 5.3 Types of manufacturing 5.3.1 Mass manufacturing 5.3.2 Serial manufacturing 5.3.3 Single manufacturing 5.3.4 Pilot manufacturing Questionr/>Chapter 6 Basic of Materials Science 6.1 Materials and design 6.1.1 The selection of materialr/> 6.1.2 The evolution of engineering materialr/> 6.1.3 Design tools and materials data 6.1.4 Functions, materials, shapes and processer/> 6.2 Modern structural materialr/> 6.2.1 Classes of engineering materialr/> 6.2.2 The definitions of material propertier/> 6.3 Materials for aircraft 6.4 Features of main aircraft structural materialr/> 6.4.1 Requirements to materialr/> 6.4.2 Steel structure and propertier/> 6.4.3 Aluminum alloyr/> 6.4.4 Magnesium alloyr/> 6.4.5 Titanium alloyr/> 6.4.6 Types,characteristics, and applying of composite materialr/> 6.5 Modern tendencies of material using in aviation Questionr/>Chapter 7 General Structure of Aircraft 7.1 Main structural units of aircraft 7.1.1 Purpose and specifics of wing 7.1.2 Purpose and specifics of fuselage 7.1.3 Purpose and specifics of tail unit 7.1.4 Purpose and specifics of flight control surfacer/> 7.1.5 Purpose and specifics of landing gear 7.1.6 Powerplant 7.2 Classification of aircraft by the units? arrangement 7.2.1 Wing configurationr/> 7.2.2 Landing gear typer/> 7.2.3 Powerplant typer/> 7.2.4 Airplane speed classification 7.3 Wing structure 7.3.1 The main geometrical parameters of the wing 7.3.2 Different wing shapes in horizontal plane 7.3.3 The main structural members of the wing 7.4 Fuselage structure 7.4.1 The main geometrical parameters of the fuselage 7.4.2 The main shape types of the fuselage 7.4.3 The main structural members of the fuselage 7.5 Tail unit structure 7.5.1 The main geometrical parameters of the tail unit 7.5.2 The main shape types of the tail unit 7.6 Landing gear structure 7.6.1 The main geometrical parameters of the landing gear 7.6.2 The main types of the landing gear 7.7 Powerplant systemr/> 7.7.1 Content of the powerplant systemr/> 7.7.2 Piston engines specificr/> 7.7.3 Turboprop engines specificr/> 7.7.4 Bypass turbojetr/> 7.7.5 Other engines specificr/> 7.8 Systems of airplaner/> 7.8.1 The list of aircraft systemr/> 7.8.2 Flight control system 7.8.3 Electrical systemr/> 7.8.4 Hydraulic systemr/> 7.8.5 Pneumatic systemr/> 7.8.6 Environmental control systemr/> 7.8.7 Emergency systemr/> Questionr/>Referencer/> |
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