Topology optimization (TO) methods for fracture resistance offer new possibilities for
designing stronger structures or materials with lower masses than conventional designs …

The aim of this paper is to integrate the reliability-based analysis into topology optimization
problems. Consequently, reliability-based topology optimization (RBTO) of geometrically …

It is now a well-established fact that even simple topology variations can drastically change
the fracture response of structures. With the objective of gaining quantitative insight into this …

In this paper, we introduce a topology optimization approach aimed at improving the energy
absorption of quasi-brittle structures under impact loading. Our method focuses on …

Data science as a promising paradigm provides novel and diverse opportunities for
structural metamaterials attaining exceptional mechanical properties. It is demonstrated here …

A new formulation is proposed for incorporating local ductile failure constraints and buckling
resistance into elastoplastic structural design in the context of extreme loading. Many strides …

A topology optimization framework for improving the dynamic fracture resistance of
structures is proposed. The phase field method for fracture is combined with Solid Isotropic …

Topology optimization for maximizing the fracture resistance of particle-matrix composites is
investigated. The methodology developed in our previous works, combining evolutionary …

Most biological composites including bones, teeth and nacres have superior fracture
resistance properties than that of their constituents. Their complex mixing of stiff and soft …

This work presents a rigorous mathematical formulation for topology optimization of a macro
structure undergoing ductile failure. The prediction of ductile solid materials which exhibit …