This work proposes a theoretical/numerical framework for the topology optimisation of
anisotropic architected cellular materials at different scales. In particular, the topological …

Lattice structures are increasingly used in practical engineering due to their excellent
mechanical properties such as light weight, high load-bearing capacity, and high ductility. In …

In this study, we present a shape optimization approach for designing the shapes of periodic
microstructures using the homogenization method and the H 1 gradient method. The …

Cellular structures are increasingly applied in engineering practice since they have
excellent mechanical and multifunctional properties, such as light weight, energy absorption …

This work deals with an experimental/numerical validation of the optimised topologies found
through a special density-based topology optimisation (TO) method wherein the topological …

Cellular structures are increasingly used in practical engineering due to their excellent
physical properties, such as lightweight, high strength, impact resistance, and high ductility …

Functionally graded cellular structures (FGCS) have attracted extensive attention in
engineering due to their excellent performance and great flexibility. Focusing on thermal …

Lattice structures have attracted much attention from engineers due to their excellent
properties, especially with the rise of additive manufacturing technology. In this paper, a …

The present paper introduces a hybrid explicit–implicit topology optimization method for
shell-infill composite structure design. The proposed approach effectively combines the …

This paper presents a novel method for stress-constrained concurrent two-scale topology
optimization of functional-graded cellular structures using level set-based trimmed …