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 …

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 …

The development of a mechanical structure needs to be started from the conceptual design
with low cost, high performance and quality. In this regard, the structural and topological …

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

The development of a mechanical structure needs to be started from the conceptual design
with low cost, high performance and quality. In this regard, the structural and topological …

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 …

Topology and sizing optimization of low control arm (LCA) for multi-link suspension was
conducted, based on kinematic envelope analysis and finite element optimization methods …

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

This paper was concerned with a new integrated method of topology optimization and shape
optimization. The new method was used in this paper to optimize the structure of an air …