The multi-body dynamics analysis is an important method to analyze the movement and dynamics characteristics of a car in modern vehicle design process . The twist beam rear suspension which is for rear wheel steering was widely equipped on front engine rear wheel drive vehicles . The modeling of twist beam rear suspensions is always difficult to describe accurately for its unique structural behaviour . First of all , a non-linear method based on multi-body dynamics was used to establish the dynamics model of the twist beam rear suspension system by using the ADAMS/Car . Secondly, the kinematics analysis of the rear suspension was realized and the main suspension parameters (toe angle, camber angle and wheel base) were calculated by changing wheel travel by means of ADAMS/Car . Finally , the suspension was optimized . The result shows that integrative use of ADAMS/Car and ADAMS/Insight in the kinematics analysis and optimized design of the suspensions is rapidly and effectively to design vehicle suspensions .
Kinematics Characteristic Analysis and Structural Parameter Optimization of Twist Beam Rear Suspension
Advanced Materials Research ; 201-203 ; 1710-1713
2011-02-21
4 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
Modeling and Kinematics Characteristic Analysis of Twist Beam Rear Suspension Using ADAMS/Car
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