We present a novel dehomogenization approach for the efficient design of high-resolution
load-bearing structures. The proposed approach builds upon a streamline-based …

Although the optimization design for engineering structures to improve mechanical
performance has gained a wide of discussions in recent years, the potential in the industry …

We propose an effective shape optimization method to generate mechanically robust,
lightweight porous structures. Central to our algorithm is a non-uniform thermal conduction …

Density-based topology optimization using global and local volume constraints is a key
technique to automatically design lightweight structures. It is known that stiffness optimal …

The infill toolpath utilized in continuous fiber reinforced polymer composites via additive
manufacturing (CFRPCs-AM) significantly influences the mechanical performance of printed …

This work presents a mechanics-informed technique to layout and design reinforcing ribs in
a (quasi-) optimal manner for a thin-shell structure. The element layout follows the principal …

Film cooling is a typical cooling technology in gas turbines that can lower heat load by
spreading coolant on the blade's surface. However, it faces the problem of stress …

For spatially varying multiscale configurations (SVMSCs) that increasingly gain engineering
perspective, a design scheme enabling the direct tuning of their microstructural layouts is …

This work presents an efficient and robust computational procedure for the determination of
stress trajectories in 2D and 3D domains. This is preceded by a brief review of the historical …

Photoelasticity enables full-field stress analysis in transparent objects through stress-
induced birefringence. Existing techniques are limited to 2D slices and require destructively …