Automatic Synthesis of 1-DOF Transformable Wheel Mechanisms

Big data approach for the simultaneous determination of the topology and end-effector location of a planar linkage mechanism

Topology Optimization of Linkage Mechanisms Simultaneously Considering Both Kinematic and Compliance Characteristics

A novel space-constrained vehicle suspension mechanism synthesized by a systematic design process employing topology optimization

Simultaneous Shape and Topology Optimization of Planar Linkage Mechanisms Based on the Spring-Connected Rigid Block Model

Topology optimization of planar gear-linkage mechanisms

Unified topology and joint types optimization of general planar linkage mechanisms

Topology optimization of vehicle rear suspension mechanisms

Topology optimization of planar linkage mechanisms for path generation without prescribed timing

Topology optimization of planar linkage systems involving general joint types

Topology optimization of planar linkage mechanisms

The spring-connected rigid block model based automatic synthesis of planar linkage mechanisms: numerical issues and remedies

Automatic synthesis of a planar linkage mechanism with revolute joints by using spring-connected rigid block models