Additive manufacturing (AM) processes have proven to be a perfect match for topology
optimization (TO), as they are able to realize sophisticated geometries in a unique layer-by …

Hybrid additive–subtractive manufacturing (HASM) is a revolutionary technique that
fabricates complex-shaped parts in high precision. One setup to finish complicated …

The multi-scale and nonlinear feature of additive manufacturing problems poses great
challenges to numerical algorithms regarding computational efficiency and fidelity. In this …

In the past few years, design of mechanical metamaterials has been empowered by
computational tools that have allowed the community to overcome limitations of human …

The metal additive manufacturing (AM) process involves complex multi-physics coupling
phenomena associated with the heat transfer, fluid flow, and solid mechanics that bring …

In topology optimization, finite element methods are usually required to solve state
equations repeatedly. Considerable computational costs are required for iterative solvers to …

The stamping process produces thin-walled structures that, in general, have uniform wall
thickness and no enclosed cavity. However, it is difficult to satisfy the above geometric …

Integrating topology optimization and additive manufacturing (AM) technology can facilitate
innovative product development. However, laser powder bed fusion, which is the …

This paper proposes a support structure topology optimization method for laser powder bed
fusion-processed metal parts, which could effectively avoid part failures caused by over …

Research on the additive manufacturing process showcases that this process produces
materials that have locally orthotropic anisotropic behaviors. Additionally, additive …