Large-scale structural topology optimization has always suffered from prohibitively high
computational costs that have till date hindered its widespread use in industrial design. The …

Topology Optimisation is a broad concept deemed to encapsulate different processes for
computationally determining structural materials optimal layouts. Among such techniques …

High-resolution structural topology optimization is extremely challenging due to a large
number of degrees of freedom (DoFs). In this work, a Convolution-Hierarchical Deep …

In this study, we propose a novel computational framework for designing innovative self-
expandable femoral stents. First, a two-dimensional stent unit cell is designed by inverse …

Despite a solid theoretical foundation and straightforward application to structural design
problems, 3D topology optimization still suffers from a prohibitively high computational effort …

An efficient computational approach to stress‐constrained topology optimization is
presented. Using a multigrid‐preconditioned Krylov solver for the state and adjoint …

This paper presents a novel approach for designing functionally graded porous structures
(FGPSs) at a macroscopic scale, where the main goal is to maximize their stiffness when …

A flexible problem-specific multiscale topology optimization is introduced to associate
different areas of the design domain with diverse microstructures extracted from a dictionary …

We present a new algorithm for the design of the connection region between different lattice
materials. We solve a Stokes-type topology optimization problem on a narrow morphing …

The main part of the computational cost required for solving the problem of optimal material
design with extreme properties using a topology optimization formulation is devoted to …