With the increasing integration of electronic devices, the rapid heat dissipation has become
a key challenge for performance improvement. In this work, a 2D topology optimization for …

To address the unacceptable computational burden in three-dimensional topology
optimization, this paper presents an origami-inspired strategy that directly applies two …

Flexible thermoelectric devices possess the capability to generate electricity by harnessing
temperature differences, rendering them highly promising for applications in wearable …

Gas turbines are widely utilized as essential power machinery across diverse energy-related
industries. Efficient and durable cooling of gas turbine blades is crucial for the performance …

This paper presents an efficient MATLAB code for the discrete adjoint-based level set
method, which is compact and provided for 2D stress-constrained problems. The discrete …

Demands for pneumatic-driven soft robots are constantly rising for various applications.
However, they are often designed manually due to the lack of systematic methods …

Efficient thermal management is important for modern electronic devices. Traditional heat
sinks often fail to meet the increasing cooling demand owing to material and design …

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

This paper focuses on the study of structural high-cycle fatigue problems commonly
encountered in engineering and presents a fatigue-constrained isogeometric topology …

In order to explicitly and smoothly implement fluid-based topology optimization for improving
the performance and manufacturing efficiency of flow systems, the moving morphable void …