This paper considers topology optimization approaches where the geometry is described by
a level set method and the system's response is discretized on nonconforming meshes while …

Projection-based algorithms for continuum topology optimization have received
considerable attention in recent years due to their ability to control minimum length scale in …

In this paper we address the problem of structural shape and topology optimization in a multi-
material domain. A level-set method is employed as an alternative approach to the popular …

Topology optimization is a powerful tool capable of generating new solutions to engineering
design problems. While these designs may offer optimal performance in a computational …

A level set method is used as a framework to study the effects of including material interface
properties in the optimization of multi-phase elastic and thermoelastic structures. In contrast …

Topology optimization is a design tool used for determining optimal distributions of material
within a domain. Both the material layout and connectivity are optimized without a …

A discrete formulation of a discrete level-set method treating multiple constraints — TU Delft
Research Portal Skip to main navigation Skip to search Skip to main content TU Delft Research …

This paper presents a level set-based framework for structural topology optimization
submitted to local elasto-plastic stress constraints. While stresses are mostly limited to (a …

The structural topology optimisation method presented in this paper is based on the
boundary element method, level set method and shape sensitivity analysis for two …

A phase-field based topology optimization approach is considered for the maximum stiffness
or minimum compliance problem. The objective functional to be minimized consists in …