Compared with the forward design method through the control of geometric parameters and
material types, the inverse design method based on the target stress‐strain curve is helpful …

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 …

Topology optimization is a powerful structural design method that determines the optimal
configuration by distributing materials efficiently within a given design domain while …

To investigate the seismic response characteristics of piled wharf structures, a numerical
model of the soil-structure interaction system is established. Extensive fiducial error and grey …

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

This article aims to utilize IsoGeometric analysis (IGA) and Level set method for topology
optimization of elastoplastic plane stress problems. The IGA is employed to model geometry …

The integration of topology optimization and additive manufacturing (AM) offers a
transformative approach to designing and fabricating complex structures across various …

This paper presents a topology optimization framework utilizing a deformation plasticity
model to approximate the isotropic hardening von-Mises incremental elastoplasticity model …

The current research proposes a novel technique to reduce the computational cost and
memory usage of numerical modeling of existing structures with semi-brittle mechanical …

The finite-volume theory is an equilibrium-based approach characterized by the equilibrium
equations' local satisfaction and the imposition of continuity conditions in a surface …