This paper presents a multi-objective topology optimization process for the body structure of
the suspension mounting point to determine the optimum configuration that reduces the …

Aiming at the multi-objective topology optimization design of structure, a method is
presented based on compromise programming to normalize each sub objective to establish …

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

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 …

Topology Optimization Study for Rear Swing Arm of a Lightweight Solar-Powered Vehicle
Page 1 JOURNAL OF SCIENCE, TECHNOLOGY AND ENGINEERING RESEARCH Bilim …

A framework of multi-objective topology optimization for vehicle powertrain mounting bracket
design with consideration of multiple static and dynamic loading conditions is developed in …

This paper proposes a structure design approach for a suspension concept based on
topological optimization. In this approach, the kinematics and compliance requirements and …

A multilink suspension offers a good balance between ride and handling performance and
packaging space efficiency. It is also complex in design due to changes in link loading and …

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 …

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