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Roskam J. — Airplane flight dynamics and automatic flight controls (part 1)
Roskam J. — Airplane flight dynamics and automatic flight controls (part 1)



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Название: Airplane flight dynamics and automatic flight controls (part 1)

Автор: Roskam J.

Аннотация:

In Airplane Flight Dynamics & Automatic Flight Controls, Part I, exhaustive coverage is provided of the methods for analysis and synthesis of the steady state and perturbed state (open loop) stability and control of fixed wing aircraft. This widely used book has been updated with modern flying quality criteria and aerodynamic data. Throughout this text, the practical (design) applications of the theory are stressed with many examples and illustrations. Aircraft stability and control characteristics are all heavily regulated by civil as well as by military airworthiness authorities for safety reasons. The role of the these safety regulations in the application of the theory is therefore stressed throughout. Airplane Flight Dynamics & Automatic Flight Controls, Part I is an essential reference for all aeronautical engineers working in the area of stability and control, regardless of experience levels.


Язык: en

Рубрика: Технология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1979

Количество страниц: 644

Добавлена в каталог: 21.10.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
A/D Device      1247
Acceleration Feedback      973
Acceleration Feedback, Error Constant      1024
accelerometers      935
Actuator      951
Actuator, Controller      923
Actuator, Electro Hydraulic Servo      958
Actuator, Magnetic Clutch Servo      952
Additional Lift Distribution      57
Aerodynamic Center, Airfoil      see “Airfoil”
Aerodynamic Center, Total Airplane      133
Aerodynamic Center, Wing      76 see
Aerodynamic Center, Wing — Body      941 131
Aerodynamic Effects of Turbulence      892
Aeroelasticity      Chapter 8
Aileron Control      145 205
Aileron Reversal      713
Air Data Computers      942
Airfoil, Aerodynamic Center      57 62
Airfoil, Aerodynamic Characteristics      53
Airfoil, Geometry      54
Airfoil, Lift Curve Slope      63
Airfoil, New      102
Airfoil, Parameters      53
Airplane Data      Appendix C 589
Airspeed Detectors      940
Altitude Hold (Mode)      1117 1141 1227
Altitude Sensors      942
Amplitude ratio      812
Angle of Attack, Airplane      124 125
Angle of Attack, Feedback      1102
Angle of Attack, Wing      124 125
Angle Requirement      984
Angular (Rotational) Velocity      13 15 29
Apparent Time Constant      1020
Approximate Inverse Laplace Method      690
Artificial Feel System      342
Asymptote      990 992
Asymptotic, Approximations      826
Asymptotic, Frequency Response      1117 838
Attitude Hold Mode      1117
Auto-Drag      1145
Auto-Throttle      1143 also
Automatic Flare (Mode)      1194
Automatic Flight Control System      1085 1223 1337
Automatic Landing Mode      1182
Bandwidth      1019
Bank angle      25
Bank Angle Hold (Mode)      1157
Basic Lift Distribution      57
Betti Reciprocal Theorem      731
Block Diagrams      975
Bobweight      327
Bode Chart      812
Bode Chart, Method      972 1002
Body Fixed Coordinate System      10 12 13
Break Away Angle      995
Break frequency      822
Canonical transformation      1323
Categories for Automatic Landing Systems      1182
Center of mass      12 13
Center of Pressure of an Airfoil      57 62
Characteristic equation      415 449
Clear air turbulence      885
Closed Loop Transfer Function      979
compatability      726
Compensation      1031
Compensatory System      915
Control (Wheel) Stick Steering      147 1133
Control Surface, Angle-of-Attack Effectiveness      97
Control Surface, Lift Effectiveness      97
Control System Effects      300
Controllability      1314
Convergence, Oscillatory      388 389
Convergence, Pure      388 389
Cooper — Harper Scale      537
Coriolis acceleration      1178
Corner frequency      822
Coupler      1197 1198
Coupling, Lateral Disturbances into Longitudinal Disturbances      674
Coupling, Longitudinal Motions into Lateral Response      650—668
Coupling, Pitch Rate into Dutch Roll      650—652
Coupling, Roll into Longitudinal and Directional stability      645—650
Cross-over, Frequency      824
Cut-off rate      1019
D/A device      1247
Damping ratio      407
Decibel      812
Delay time      1019 1020
Denoivre's Theorem      1252
Departure Poles or RootS      "9
Design for Artificial Static Stability      504
Design for Dynamic Stability      490 494
Design for Roll Response      499 502
Dicifal control System Analysis      1247
Differential ator      826 949
Differential Stabilizer Control      145 147
Dihedral Effect      140 260
Dimensional Stability Derivatives, Laterall — Dlrectional      444 445
Dimensional Stability Derivatives, Longirudinal      412 413
Directional stability      254
Directional Stability SAS      1086 1117
Discrete turbulence      888
Distribtion Matrix      1307
Divergence, dynamic Pressure      718
Divergence, oscillatory      388 408
Divergence, pure      388 405
Downspring      327
Downwash, at Horizontal Tail      84
Downwash, determination from Tunnel Data      278
Downwash, in Wing Wake      84
Drag polar      120
Drag to Angle of Attack      119 120
Drag to Stabilizer and Elevator      120
Drag Total, Airplane      119
Driden spectra      882
Duteh Roll, Approximation      458
Duteh Roll, node      452
Dynamic Pressure Ratio      91
Dynamic Stability and Response      387 Chapter
Dynamic Stability, Criterion      387 699
Dynamic Stability, Definition      387
Dynamic Stability, Free Controls      485
Dynamic Stability, Lateral — Directional      442
Dynamic Stability, Longitudinal      412
Earth Fixed Coordinate System      9
Eigen Values      1317
Eigen Vector      1318
Elastic Airplane      Chapter 8
Elastic Airplane, Equations of Motion      719 752
Elastic Airplane, Equivalent      758
Elastic Airplane, Equivalent Stability Derivatives (Longitudinal)      762
Elastic Airplane, Lateral — Directional Applications      797
Elastic Airplane, Magnitude of Derivatives      771
Elastic Airplane, Perturbed Equations of Motion      759 778
Elastic Airplane, Perturbed State Stability Derivatives (Longitudinal)      759
Elastic Airplane, Steady State Equations of Motion      752
Elastic Airplane, Steady State Stability Derivatives      758
Elastic Airplane, Windtunnel Models      780
Elevator Control Power Reduction      718
Elevator-Per-'g'      295
Energy-Time-Histories      700 702 707
Engine-Out Control      280
Equalization      918
Equations of motion      Chapters 2 8
Equations of Motion, Derivation      11
Equations of Motion, Elastic Airplanes      719—756
Equations of Motion, General      32
Equations of Motion, In Gust      897
Equations of Motion, Kinematic      33
Equations of Motion, Perturbed State      39
Equations of Motion, Rigid Airplanes      9
Equations of Motion, Steady State      37 735
Equilibrium      244
Equivalent Stability Derivative      495
error constants      1022
Error Specifications      1022
Euler angles      25
FAR's (Federal Airworthiness Regulations)      Appendix B 548
FAR's (Federal Airworthiness Regulations), FAR Abbreviations and Symbols      549
FAR's (Federal Airworthiness Regulations), FAR23/SFAR 23      550
FAR's (Federal Airworthiness Regulations), SFAR13/FAR 25      567
Feedback control      Chapter 11
Feedback Path Transfer Functions      977
Filters      949
Final value theorem      394 1277
First Order Hold      1256
Flight Path Relative to Earth      25
Flow Incidence Angle Sensors      940
Fly-By-Wire Control (Fly-by-Light)      342
Fly-by-wire system      925 923
Force — Feel Computer      342 345
Force(s), Aerodynamic      12 Chapter 111
Force(s), Lateral-Directional      137
Force(s), Longitudinal      114
Force(s), Steady State      114
Force(s), Thrust      12 114
Forward Path Transfer Function      977
Fourier analysis      809 871
Fowler Flap      127
Frequency Domain Specifications      1017
Frequency response      Chapter 9 809 811 819
Frequency Response, Contribution to Aerodynamic Center Location      94
Frequency Response, Fuselage      see also “Body”
Frequency Response, Lateral-Directional      852
Frequency Response, Longitudinal      843
Gain, margin      1017
Gain, Pitch Damper      495
Gain, Yaw Damper      198
Gearing Ratio      305
General Electric Self-Adaptive Control System      1234
Geometric Dihedral Wing      140
Glide Slope Intercept and Hold, Lateral      1198
Glide Slope Intercept and Hold, Longitudinal      1182
Gravity Components      31
Gyroscopes      927
Gyroscopes, Directional      932
Gyroscopes, Rate      932
Gyroscopes, Tilt Angle      1095
Gyroscopes, Vertical      931
Handling Quality Requirements      Appendix B
Handling Quality Requirements, Dynamic Lateral-Directional Stability      543
Handling Quality Requirements, Dynamic Longitudinal Stability      536
Handling Quality Requirements, Roll Response      545
Harmonic analysis      871
Heading angle      25
Heading Hold Mode      1157 1160
Hinge Moments      306 307
Homogeneous turbulence      877
Hooke's law      727
Human Pilot      915
Human Pilot, Delay      1049
Human Pilot, Equalization      1059
Human Pilot, In-the-Loop      Chapter 12
Human Pilot, Lag      1061 918
Human Pilot, Lead      1061 918
Human Pilot, Model      1049 918
Human Pilot, Neuromuscular Lag      918
Human Pilot, Rating Prediction      1074
Human Pilot, Transfer Function      1049 918
Indicial admittance      408
Inertia, Examples of Airplane Moments of Inertia      19 20 21
Inertia, moment of      16 18
Inertia, product of      16 18
Inertia, tensor      742
Inertial coordinate system      9 719
Inertial Derivatives      764
Influence coefficients      727
Influence Coefficients, Aerodynamic      747
Influence Coefficients, Function Tensor      731
Influence Coefficients, Structural      738 727
Initial value theorem      394 1276
inner loop      1000
Integration of Nonlinear Differential Equations      686
Integrator      826 827 947
Intensity of turbulence      875 885 887
Internal Equilibrium of Elastic Airplane      723 727 738 744
Inverse s-Transform      399 401 404
Inverse z-transform      1271
Irreversible Control Systems      301 339
Isotropic turbulence      877
Jig Shape      732 756 784 785
Jig Shape, Problem      756
Jury's Test      1295
Karman Spectra      882
King Radio Corporation Autopilot      Appendix D
Krueger Flap      127
Lag network      815 1031 943
Laplace Transform (ation)      392—412
Lateral-Directional (Localizer) Beam Control      1198
Lateral-Directional Forces and Moments      161
Lead network      946
Lead-Lag Network      829 1031
Leading Edge Shape (Parameter)      53 54
Level of Handling Qualities      Appendix B
Lift Vector Tilting      199
Lift — Curve Slope, Airfoil      63
Lift — Curve Slope, Wing      71 77
Lift, Due to Angle of Attack      123
Lift, Due to Elevator and Stabilizer      123 126
Lift, Horizontal Tail      125 126
Lift, Total Airplane      120
Lift, Wing — Body      125
Linear Transformation Theory      1317
Longitudinal Stability      255
Longitudinal Stability SAS      1102 1225
Lyapunov, direct method      678
Lyapunov, function      682
Lyapunov, Stability Definitions      679
Mach Hold (Mode)      1117 1143
Mach Trim Compensator      250 260 1149
Maneuver Point (Stick Fixed and Free)      300 318
Mapping of s-Plane into z-Plane      1264
Mass Rate of Change      10 11
Matrix exponential      1311
Maximum Thickness Ratio      53
Mean Line (Shape)      53 54
Mean, Aerodynamic Chord      69
Mean, Geometric Chord      69
Measurement Matrix      1307
Mechanical Reversion      921
Minimum Control Speed      283
Mode Shape, Lateral-Directional      465
Mode Shape, Longitudinal      437
Moment coefficient      see “Wing”
Moments, Aerodynamic      Chapter 4
Moments, Lateral-Directional      see “Rolling and Yawing Moment”
Moments, Longitudinal      see “Pitching Moment”
Momentum, angular      11
Momentum, linear      11
Multiple Loop Control      1208 997
Multiple Variable Control      1208 1210 1215
NACA Airfoil Designations      55
Navier's equations      730
Neutral point      265 313
Newton's second law      9 11
Nondimensional, Perturbed Forces and Moments      173
Nondimensional, Variables      171
Nonlinear differential equations      686
Nonlinear Equations of Motion      Chapter 7 683 684
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