Mechanical metamaterials have been attracting increasing attention for a wide range of
industrial applications, such as energy storage, biomedical, sensors, robotics, etc., owing to …

Metamaterials are manufactured structures having extreme properties which do not exist in
nature. Topology optimization (TO) provides an excellent alternative to the intuition-based …

Mechanical metamaterials with auxetic property have attracted a lot of attention in both the
computational intelligence and engineering applications. However, the works relate to the …

Metamaterials are synthetic materials designed to have unique properties like negative
Poisson ratio (NPR). NPR metamaterials, also known as auxetics, offer significant value in …

The expanding capabilities and decreasing costs of additive manufacturing have resulted in
the increased adoption of micro-unmanned aerial vehicles (micro-UAVs) among …

This paper presents a comprehensive numerical and experimental study on stress-
constrained topology optimization for Fused Deposition Modeling (FDM) additive …

Topology optimization of shell–infill structures has been a hot topic in the optimization
community. The crucial issue of such design problem is how to accurately describe the …

Metamaterials with extreme thermoelastic properties (ie thermal expansion and stress) offer
significant value in applications that require maintaining thermal geometric stability, eg …

Topology optimization of multi-material structure has a larger design space compared with
single material optimization, and it also requires efficient material selection methods to …

For the multi-material structural topology optimization, most of works are based on the ideal
interface hypothesis (the interfaces of material are considered to be ideal connection), which …