Road Vehicle Dynamics
portes grátis
Road Vehicle Dynamics
Fundamentals and Modeling with MATLAB (R)
Rill, Georg; Arrieta Castro, Abel
Taylor & Francis Ltd
02/2022
353
Mole
Inglês
9780367493981
15 a 20 dias
694
Descrição não disponível.
Introduction. Road. Tire. Drive Train. Suspension System. Force Elements. Vertical Dynamics. Longitudinal Dynamics. Lateral Dynamics. Driving Behavior of Single Vehicles.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Quarter Car Model;Rear Axle;Multibody Dynamics; Contact Geometry; Steady State Forces; Torque; Tire Dynamics;;Longitudinal Tire Force;Tires; Drive Train; Differentials; Transmissions; Clutches; Transmissions; Suspension Systems;Suspension Kinematics;MATLAB; Steering Systems; Kinematics of a Double Wishbone Suspensions; Force Elements;Steady State Cornering;Standard Force Elements; Dynamic Force Elements; Vertical Dynamics; Basic Tuning;;Camber Angle;global economic challenges;Lower Control Arms;autonomous mobile machines;Double Wishbone Suspension;planetary exploration;Chassis Acceleration;road vehicle dynamics;Side Slip Angle;Planar Vehicle Model;Braking Torque;Steering Angle;Wheel Liftoff;Dynamic Wheel Loads;Steer Input;Lateral Acceleration;Front Axle;Wheel Load;Lateral Slip;Steering Wheel Angle;ESP;Electronic Stability Program;Wheel Center;Sky Hook Damper
Introduction. Road. Tire. Drive Train. Suspension System. Force Elements. Vertical Dynamics. Longitudinal Dynamics. Lateral Dynamics. Driving Behavior of Single Vehicles.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Quarter Car Model;Rear Axle;Multibody Dynamics; Contact Geometry; Steady State Forces; Torque; Tire Dynamics;;Longitudinal Tire Force;Tires; Drive Train; Differentials; Transmissions; Clutches; Transmissions; Suspension Systems;Suspension Kinematics;MATLAB; Steering Systems; Kinematics of a Double Wishbone Suspensions; Force Elements;Steady State Cornering;Standard Force Elements; Dynamic Force Elements; Vertical Dynamics; Basic Tuning;;Camber Angle;global economic challenges;Lower Control Arms;autonomous mobile machines;Double Wishbone Suspension;planetary exploration;Chassis Acceleration;road vehicle dynamics;Side Slip Angle;Planar Vehicle Model;Braking Torque;Steering Angle;Wheel Liftoff;Dynamic Wheel Loads;Steer Input;Lateral Acceleration;Front Axle;Wheel Load;Lateral Slip;Steering Wheel Angle;ESP;Electronic Stability Program;Wheel Center;Sky Hook Damper