With the diversification of engineering structure performance requirements and the
continuous development of refinement of processing and manufacturing, structural design is …

Continuous fiber-reinforced polymers (CFRPs) have been widely applied in aerospace and
other fields due to their excellent mechanical properties, which highly depends on the …

Silicon carbide (SiC) metal oxide semiconductor field effect transistors (MOSFETs) is
gradually replacing silicon-based insulated gate bipolar transistor (IGBT) as the switching …

In this paper, a combination of the high-order numerical manifold method with material
interpolation is established with the goal of improving the optimization of cracked structures …

Iso-XFEM is a recently proposed evolutionary topology optimization method, which is based
in the extended finite element method (XFEM). Similarly to XFEM, Iso-XFEM utilises the level …

This paper proposes a novel isogeometric topology optimization method to obtain the
hierarchical structures, where a special porous microstructures of identical topologies but …

The present study is devoted to investigate the comprehensive study of vibration control of
multi-layer sandwich micro beam made of piezoelectric materials. The analysis considers …

Hybrid lattice structures consisting of multiple microstructures have drawn much attention
due to their excellent performance and extraordinary designability. This work puts forward a …

Topology optimization is a methodology widely used in the design phase that has gained
space in engineering. On the other hand, uncertainty is present in material properties, loads …

This paper presents an efficient computational method for optimal structural design in the
presence of uncertain Young's modulus modeled using discretized random fields. To …