This article aims to develop a novel approach to non-probabilistic reliability-based multi-
material topology optimization with stress constraints to address the optimization design …

This research proposes a novel method for designing fracture-resistant structures. By
analyzing the relationship between tensile strain energy and phase field brittle fracture, it …

Cage subsidence after instrumented lumbar spinal fusion surgery remains a significant
cause of treatment failure, specifically for posterior or transforaminal lumbar interbody fusion …

This study introduces a novel topology optimization approach by employing power law-
based material interpolation and adaptive filtering in the framework of the unstructured grids …

Numerous topology optimization formulations have been proposed in order to enhance
structural resistance to material failure. A clear line can often be drawn between those …

The concurrent optimization of structural topologies and fiber orientations offers an effective
way for improving the mechanical performance of fiber-reinforced composite structures …

Due to its exceptional mechanical properties, large-scale topology optimization with arbitrary
design domains has become an attractive mission and facilitated the application of 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 topology optimization approach that is innovative with respect to two
distinct matters. First of all the proposed formulation is capable to handle static and dynamic …

The application of structural topology optimization to glass may enable the design of
architectural and lightweight glass structures. There is still a lack of specific topology …