Fundamentals of Vehicle DynamicsSAE International, 1 лют. 1992 р. - 519 стор. This book attempts to find a middle ground by balancing engineering principles and equations of use to every automotive engineer with practical explanations of the mechanics involved, so that those without a formal engineering degree can still comprehend and use most of the principles discussed. Either as an introductory text or a practical professional overview, this book is an ideal reference. |
Зміст
| 1 | |
Chapter 2pmACCELERATION PERFORMANCE | 21 |
TireRoad Friction | 54 |
Brake Proportioning | 60 |
AntiLock Brake Systems | 67 |
Example References | 75 |
Air Dams | 94 |
Lift Force | 103 |
Rigid Body BouncePitch Motions | 168 |
Perception of Ride | 181 |
Other Vibration Forms | 187 |
Chapter 6pmSTEADYSTATE | 195 |
Characteristic Speed | 204 |
Camber Change | 217 |
Aligning Torque | 223 |
Example Problems | 231 |
Moment | 104 |
Velocity | 113 |
Example Problems | 121 |
Vehicle Response Properties | 146 |
Active Control | 159 |
Chapter 7pmSUSPENSIONS | 238 |
Chapter 8pmTHE STEERING SYSTEM | 275 |
Inflation Pressure | 345 |
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Загальні терміни та фрази
aerodynamic amplitude axis system behavior bias-ply tires bounce brake force camber angle coefficient component contact patch cornering force cornering stiffness curve damping deceleration deflection direction displacement drag driveline driveshaft effect engine equation excitation force variation friction front and rear front axle front wheels geometry increases independent suspension inertia input lateral acceleration lateral force load transfer longitudinal maximum motion natural frequency neutral steer normal oversteer passenger cars performance pitch pitching moment plane positive radial radius ratio rear axle rear suspension rear wheels response ride road surface roll angle roll center roll steer rolling resistance rollover threshold rotation SAE Paper shown in Figure slip angle speed spring sprung mass static steer angle steer axis steering system steering wheel suspension roll tire contact torque tractive force transmission tread trucks typical understeer gradient unsprung vector Vehicle Dynamics velocity vertical load vibration wheelbase zero