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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
Normalized frequency      835
Normalized Response for Second Order System      410
Nosewheel — Liftoff      373
Open Loop Transfer Function      979
Orientation of Airplane Relative to Earth      23 24
Orthogonal transformation      25 27
Oscillatory, Convergence      388
Oscillatory, Divergence      388
Overshoot      1020
Pade approximation      1051
Partial fraction expansion      404 1271 817
Performance specifications      1017
Periodicity of Sampled Signals      1252
Perturbation, Downward Velocity      169
Perturbation, Forward Speed      165
Perturbation, Pitching Velocity      170
Perturbation, Rolling Velocity      169
Perturbation, Side Velocity      169
Perturbation, Substitution      40
Perturbation, Yawing Velocity      170
Perturbed Aerodynamic Forces and Moments, Assembled Lateral-Directional      207
Perturbed Aerodynamic Forces and Moments, Assembled Longitudinal      190
Perturbed Aerodynamic Forces and Moments, Summary      207
Perturbed State Flight, Definition      34
Perturbed State Flight, Equations of Motion      39 414
Perturbed State Flight, Forces and Moments      Chapter 4 165
Perturbed Thrust Forces and Moments      213
Phase, Asymptote      841
Phase, Margin      1017
Phase, Shift      812
Phugoid      425
Phugoid, Approximation      428
Phugoid, Mode (General)      438
Pilot      1219 1049
Pitch Attitude Angle      25
Pitch Attitude Hold (Mode)      1117
Pitch Damper (SAS)      1086 1102 4
Pitch Damping Derivative      186
Pitch Divergence      646
Pitch Trim Compensation      1154
Pitching Moment, Due to Angle of Attack      130
Pitching Moment, Due to Elevator and Stabilizer      130 132
Pitching Moment, Total Airplane      130
Planform      see “also Wing”
Planform, Aerodynamic Characteristics      70
Planform, Area      69
Planform, Aspect Ratio      67
Planform, Mean Geometric Chord      69
Planform, Parameters      67 68
Planform, Span      68
Poisson's ratio      727
Pole      819 979
Polynomial roots      523
Position Error Constant      973
Position Feedback      1022
Positive definite function      680
Power series method      1272
Power spectral density      873
Power spectrum      873
Power Spectrum, One-, Two- and Three Dimensional      881
Power-Boost      334
Prandtl — Glauert Transformation      67
Precession      929
Primary Flight Control System      921
Probability (Density)      874 875
Pull-up, Dutch Roll Stability      650
Pulse Transform and Pulse Transfer Function      1280
Pursuit system      915
Push-Over, Dutch Roll Stability      650
Random variables      869
Recurrence equation      1273 1290
Residue theorem      818
Resonance, Frequency      1019 826
Resonance, Peak      1019 826
Response, Definition      390
Response, Lateral-Directional      461
Response, Longitudinal      412 433
Response, To Discrete Gust      890 899
Response, To Turbulence      861 890 898
Reversible Control Systems      300 304
Rise time      1020
Roll angle      25
Roll Coupling      650
Roll Damper (SAS)      1086 1099
Roll Damping Derivative      192
Rolling Moment, Due to Aileron      139 145
Rolling Moment, Due to Rudder      139 148
Rolling Moment, Due to Sideslip      139 140
Rolling Moment, Total Airplane      139
Rolling, Approximation      454
Rolling, Mode      452
Root contour      1034
Root Extraction Methods      Appendix A
Root Locus (Loci)      470
Root Locus (Loci), Method      1300 972
Root Locus (Loci), Rules      993
Rotational Velocity      13 see
Routh — Hurwitz criterion      529 1298
Routh's, Discriminant and Stability Criterion      420 449
Rudder — Lock      334
Sampler, Sampling      1247 1249
Scale of turbulence      885 875
Scaling laws      782
Second Order System Response      1011
Section      see “Airfoil”
Self-Adaptive Autopilots      1233
Sensitivity Analyses      470 473 477
sensors      927
Separate Surface Stability Augmentation      1204 1218 925
Servo Characteristics      1237 also
Settling time      1021
shear modulus      727
Short Period      425
Short Period, Approximation      426
Short Period, Mode (General)      437
Side Force, Due to Aileron      152 154
Side Force, Due to Rudder      152 153
Side Force, Due to Sideslip      152
Side Force, Total Airplane      152
Sideslip Angle, Definition      112 113
Sideslip Angle, Feedback      1117
Sidewash Angle      144
Sign Convention Vector Components      17
Small Perturbation (Disturbance)      see also “Perturbed State Flight”
Small Perturbation (Disturbance), Assumption      42 44
Small Perturbation (Disturbance), Equations of Motion      391
Small Perturbation (Disturbance), Theory, Validity      654 668
Space Fixed Coordinate System      9
Speed Hold (Mode)      1117 1143
Sperry Autopilot      907
Sperry Self-Adaptive Control System      1239
Spinning Rotors      22
Spiral, Approximation      453
Spiral, Divergence      450
Spiral, Mode      452
Spoiler Control      147 159
Stability Augmentation (System)      1086 1223 912 1327
Stability Axes, Definition      112 113
Stability Axes, Inertia Transformation      442
Stability Definitions of Lyapunov      679
Stability Derivatives, $\alpha$-Angle of Attack      180
Stability Derivatives, $\beta$-Sideslip      190
Stability Derivatives, $\delta$-Control (Lateral-Directional)      205
Stability Derivatives, $\delta$-Control (Longitudinal)      190
Stability Derivatives, $\dot{\alpha}$-Angle of Attack Rate      183
Stability Derivatives, $\dot{\beta}$-Sideslip Rate      192
Stability Derivatives, Data      589
Stability Derivatives, Dimensional      412 413 444 445
Stability Derivatives, p-Roll Rate      192
Stability Derivatives, q-Pitch Rate      186
Stability Derivatives, r-Yaw Rate      201
Stability Derivatives, u-Speed      174
Stability, criteria      243 411
Stability, Routh's      420 449 Appendix
state variables      1305
State vectors      1305
Static Margin      270 316
Static Stability, Criteria      243 244
Static Stability, Definition      243
Static Stability, Directional      253
Static Stability, Lateral      260
Static Stability, Longitudinal      255
Static Stability, SAS      1102
Static Stability, Speed      248
Stationary Random Variables      869
Steady State Flight, Definition      33
Steady State Flight, Equations of Motion      37 719
Steady State Flight, Forces and Moments      Chapter 4 111
Steady State Flight, Forces and Moments Summary      161
Steady State Flight, Rectilinear      Chapter 5 37
Steady State Flight, Stability and Control      243
Steady State Flight, Symmetrical Pull-Up      297
Steady State Flight, Turning      38 287
Steady State, Rolling Stability      645
Steady State, Solution      405 435 464 735 820
Stick Force      304 305
Stick Force, Gradient Versus Speed      309
Stick Force, Trim      265 266 270 305 348 362
Stick — Fixed Neutral Point      265 315
Stick — Free Neutral Point      313 315
Stress tensor      724
System Controllers      943 949
System matrix      1307
System Sensitivity      1026
Tab, Balance      322
Tab, Blow — Down      323
Tab, Servo (Gear Tab)      329
Tab, Spring      329
Tab, Trim      314 319
Taper Ratio      67 68
Thunderstorm Turbulence      887
Time Constant, Roll Mode      458
Time Constant, Spiral      454
Time Domain Specifications      1020
Tip Suction      199
Trailing Edge Angle      53 54
Transfer function, definition      403
Transfer Function, Lateral-Directional      443 444 447
Transfer Function, Longitudinal      415 416 419
Transfer Function, Standard Format      434 462
Transient solution      405 820 435 1464
TRIM      265 266 270 305 348 362
Tuck (Under)      270 422
Tuck Control Devices      1117
Turbulence      875 892
Turn Coordination      1157 1171
Undamped natural frequency      403
Unit Step Input      403
Unity Negative Feedback      980
Unsymmetrical Power, Equations      280
Unsymmetrical Power, Solutions      282
Validity, Domain of (of Small Perturbation Equations, of Motion)      654 668 676
Velocity, Components      15
Velocity, Error Constant      1023
Velocity, Feedback      973
Velocity, Of the Center of Mass      12
Volume Coefficient, Horizontal Tail      132
Volume Coefficient, Vertical Tail      158
von Karman      see “Karman”
VOR Hold Mode      1157 1164
Wash-Out Circuit      946 1087
Wave-length      875
Wing      see also “Planform”
Wing, Aerodynamic Center      76 78
Wing, Divergence      716
Wing, Leveler      1157 1225
Wing, Lift-Curve Slope      71
Wing, Moment Coefficient about Aerodynamic Center      83
Wing, Zero-Lift Angle of Attack      81
Yaw angle      25
Yaw Damper (SAS)      1086 1087 498 1225
Yaw Damping Derivative      201
Yaw Divergence      646
Yawing Moment, Due to Lateral Control      156 158
Yawing Moment, Due to Rudder      156 158
Yawing Moment, Due to Sideslip      156
Yawing Moment, Total Airplane      154
Young's modulus      7 27
Zero      819 979
Zero-Mass-Derivatives      764
Zero-Order-Hold      1255
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