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 …

The rising cost of natural resources and environmental concerns motivate systematic design
and manufacture of more efficient structures. For that purpose, topology optimization has …

This paper proposes a multiphase material topology optimization (MMTO) method for
thermal–mechanical structures that takes into account the effect of the temperature field …

In this article, a low-loss RF coaxial through-silicon vias (TSVs)(C-TSVs) configuration in the
silicon interposer with the embedded cooling cavity is proposed. For the single C-TSV array …

Topology optimization is a mathematical method used to determine the optimal design of a
structure to achieve desirable functional performance. Traditional single-material topology …

Material heterogeneity gives composite constructions unique mechanical and physical
qualities. Combining multiple materials takes full use of these features in stress‐constrained …

This paper presents a new method to deal with thermomechanical topology optimisation
(TO) problems based on a pseudo-density algorithm reformulated in the context of Non …

In the realm of designing thermoelastic structures, particularly within aerospace and broader
engineering fields, complex challenges arise from the diverse behaviors of heterogeneous …

Functionally Graded Materials (FGMs) can outperform their homogeneous counterparts.
Advances in digitalization technologies, mainly additive manufacturing, have enabled the …

This paper introduces a novel approach based on a topology optimization (TO) model to
efficiently distribute material phases for minimizing structural compliance and enhance local …