We present a topology optimization approach for the design of fluid-to-fluid heat exchangers
which rests on an explicit meshed discretization of the phases at stake, at every iteration of …

Abstract The Null Space Optimizer is a constrained optimization solver that has been
developed in the context of level-set-based Topology Optimization. One of its appealing …

The use of node coordinates as design variables in shape optimization offers a larger
design space than computer-aided design (CAD)-based shape parameterizations. It also …

We introduce a novel method for the implementation of shape optimization for non-
parameterized shapes in fluid dynamics applications, where we propose to use the shape …

In the framework of the level-set method we propose a topology optimization algorithm for
linear elastic structures which can exhibit fractures. In the spirit of Griffith theory, brittle …

Dehomogenization techniques are becoming increasingly popular for enhancing lattice
designs of compliant mechanical systems with ultra-large resolutions. Their effectiveness …

This article introduces a novel method for the implementation of shape optimisation with
Lipschitz domains. We propose to use the shape derivative to determine deformation fields …

Shape optimization is used to design flexible mechanical metamaterials. We employ the
higher-order moving-mesh method to arbitrarily parameterize the geometries and tune their …

We present a review of known results in shape optimization from the point of view of
Geometric Analysis. This paper is devoted to the mathematical aspects of the shape …

This article revolves around a recent numerical framework for shape and topology
optimization, which features an exact mesh of the shape at each iteration of the process …