As suspensions critically affect the ride and handling performance of vehicles, considerable
efforts have been made to improve their design by an optimization method. In this paper, we …

Demands on larger motors and battery packs in electric vehicles cause a suspension layout
issue not appearing in gas-powered vehicles. Motivated by this need, our research aims to …

The design of a suspension system emphasizes weight reduction in this high-computation
technology era. Understanding that the reduction of suspension mass can lead to cost and …

Studies on the topology optimization of linkage mechanisms have thus far focused mainly on
mechanism synthesis considering only kinematic characteristics describing a desired path …

Control Arm (CA) of a suspension plays an important role in the automotive ride comfort and
handling stability. In this paper, the topology optimization model including ball joints and …

An important design challenge of modern vehicles is mass reduction. Hence in many cases,
mechanical design of vehicle components covers different optimization processes. One …

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 …

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

The population of the world is increasing day by day. Accordingly, the amount of production
and consumption are increasing. Due to the continuous and rapid development of …

In order to obtain a lightweight front upright of an electric formula car's suspension, the
topology optimization method is used in the front upright structure design. The mathematical …