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Hanseo University | Welcome | Lon in | Join |
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| Notice | Lectures | Data | MMEC |
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| Ch.1 Fundamentals | |
| Ch. 2 Factors affecting lift and drag | |
| Ch. 3 Scale effect and the boundary layer | |
| Ch. 4 Basic model performance problems | |
| Ch. 5 Reducing vortex-induced drag: 1 Aspect ratio | |
| Ch. 6 Reducing vortex-induced drag: 2 Planform, twist, wing tips and winglets | |
| Ch. 7 Aerofoil sections: 1 Camber | |
| Ch. 8 Aerofoil sections: 2 Turbulent flow aerofoils | |
| Ch. 9 Aerofoil sections: 3 Laminar flow aerofoils | |
| Ch. 10 The wind tunnel | |
| Ch. 11 Parasite drag | |
| Ch. 12 Trim and stability | |
| Ch. 13 Control | |
| Ch. 14 Propellers | |
| Ch. 15 The helicopter rotor |
| Reference |
| Beginners guide, Model Airplane Engines, Autorotation( 1, 2, 3) |
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| Ch. 1 Preliminaries | |
| Ch. 2 Evolution of major programming languages | |
| Ch. 3 Describing syntax and semantics | |
| Ch. 4 Lexical and syntax analysis | |
| Ch. 5 Names, bindings, type checking, and scopes | |
| Ch. 6 Data types | |
| Ch. 7 Expressions and assignment statements | |
| Ch. 8 Statement-level control structures | |
| Ch. 9 Subprograms | |
| Ch. 10 Implementing subprograms | |
| Ch. 11 Abstract data types and encapsulation constructs | |
| Ch. 12 Support for objet-oriented programming | |
| Ch. 13 Concurrency | |
| Ch. 14 Exception handling and event handling | |
| Ch. 15 Functional programming languages | |
| Ch. 16 Logic programming languages |
| Reference |
| C language : Ch1-4, Ch5-7, Ch8-9, Ch10, Ch11, Ch12-13, Practice |
| C++ language : OO_Ch1, OO_Ch2, OO_Ch3 |
| MASM language : Ch1, Ch2 |
| Link |
| Tiny C Compiler(tcc) |
| Download |
| tcc-0.9.25-win32-bin.zip, masm32_v10_install.exe |
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| Ch. 1 Beginnings | |
| Ch. 2 Selection | |
| Ch. 3 Decision | |
| Ch. 4 Prepararions | |
| Ch. 5 Basic | |
| Ch. 6 Composite construction | |
| Ch. 7 Metal monocoque construction | |
| Ch. 8 Steel-tube and aluminum-tube construction | |
| Ch. 9 Wood and favric | |
| Ch. 10Completion | |
| Ch. 11 Get'em flying |
| Reference |
| Aircraft Structure | ||
| Aircraft Powerplant | ||
| Flight Control | ||
| Flight Instruments | ||
| Aerodynamics in flight | ||
| Auxiliary Aircraft Systems | ||
| Airplane aerodynamics | ||
| Aeronautics |
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| Ch.1 What is aerodynamics | |
| Ch.2 Lift | |
| Ch.3 Drag | |
| Ch.4 Thrust | |
| Ch.5 Performance | |
| Ch.6 Stability and control | |
| Ch.7 High speed flight | |
| Ch.8 Design 1 | |
| Ch.9 Design 2 | |
| Ch.10 Aerodynamic testing | |
| Ch.11 Modern design concepts 1 | |
| Ch.12 Modern design concepts 2 |
| Reference |
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| Ch.1 Flight physiology | |
| Ch.2 The forces acting on an airplane | |
| Ch.3 Stability and control | |
| Ch.4 Basic flight maneuvers | |
| Ch.5 Airframes | |
| Ch.6 Engines | |
| Ch.7 Systems | |
| Ch.8 Engine Operation | |
| Ch.9 Flight instruments | |
| Ch.10 Airplane performance factors | |
| Ch.11 Takeoff and landing performance | |
| Ch.12 En route performance | |
| Ch.13 Weight and balance |
| Reference |
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| '11 UAS Design Conference |
| Summary | ||
| Sample #1(35.2MB) | ||
| Sample #2(9.4MB) | ||
| Sample #3(3.3MB) |
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