Topology optimization is developing rapidly in all kinds of directions; and increasingly more
extensions are oriented towards manufacturability of the optimized designs. Therefore, this …

Topology optimization (TO) has rapidly evolved from an academic exercise into an exciting
discipline with numerous industrial applications. Various TO algorithms have been …

This paper focuses on the novel concurrent design for cellular structures consisting of
multiple patches of material microstructures using a level set-based topological shape …

The application of auxetic composites in practice often relies on a compromise between
properties as auxetics are mostly too porous (not dense enough or not stiff enough) to bear …

This paper proposes a new multiscale topology optimization method for the design of porous
composites composed of the multi-domain material microstructures considering three design …

Despite being an effective and a general method to obtain optimal solutions, topology
optimization generates solutions with complex geometries, which are neither cost-effective …

Topology optimization has been regarded as a powerful design approach for determining
optimal topology of a structure to obtain desired functional performances within a defined …

This paper proposes an effective method for the design of 3D micro-structured materials to
attain extreme mechanical properties, which integrates the firstly developed 3D energy …

This paper proposes a level set-based robust topology optimization (RTO) method for
computational design of metamaterials under hybrid uncertainties, eg auxetics with negative …

Coated structures are commonly used in engineering. The coating material covers the
surface of the substrate for protection or to improve certain functionalities. The rising of novel …