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

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 …

This study focuses on the relevance of bushing stiffness for E-type multi-link suspension to
handling stability and ride comfort of vehicle. The influence of bushing stiffness on …

A lot of health issues like low back pain, digestive disorders, and musculoskeletal disorders
are caused as a result of the whole body vibrations induced by automobiles. This paper is …

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

The recent years have witnessed an accelerated invention and innovation in suspension
design. This project aims at finding the ideal combination of suspension and steering …

The primary function of the suspension system is to improve ride comfort and vehicle control.
However, typical passive suspension systems have to do this contradicting task. In order to …

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

Automobile manufacturers have increased the pace of vehicle development in recent years
to respond to diverse market demands. Consequently, it has become crucial for …

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 …