This study presents the robust design optimization process of suspension system for
improving vehicle dynamic performance (ride comfort, handling stability). The proposed …

This paper presents robust design optimization method to reduce steering pull
phenomenon. One of the biggest causes of steering pull phenomenon is tolerance of …

The performance of the suspension system is one of the most important factors in the vehicle
design. For the double wishbone suspension system, the conventional deterministic …

This paper deals with the robust design of a passive vehicle suspension system. A robust
design methodology based on a multi-objective evolutionary algorithm (MOEA) is used to …

Suspension design is one of important technique to develop automobile. Since suspension
system has strong non-linearity, it is difficult to optimize the suspension system by Gradient …

In the early stage of vehicle development process, it is customary to establish a set of goals
for each kinematic and compliance (K&C) characteristic and try to find out design variables …

In this paper, a new methodology is proposed to optimize a passive suspension system of a
full vehicle system based on ride and handling. In passive suspension design, the conflicting …

The design of a vehicle suspension system through simulation requires accurate
representation of the design parameters. These parameters are usually difficult to measure …

The purpose of the present work was to design, optimize, and test an innovative suspension
system for race cars. The study was based on a comprehensive approach that involved …

This paper presents the optimization of bushing stiffness curves and suspension tuning
parameters for enhancing the handling performance as well as the kinematic and …