Our ultimate goal is a topology optimization for a permanent-magnet (PM) machine, while
including material uncertainties. The uncertainties in the output data are, eg, due to …

This work presents topology optimization of anisotropic magnetic composites in actuators.
The magnetic composite consists of two different ferromagnetic materials with high and low …

In this paper, we focus on incorporating a stochastic collocation method (SCM) into a
topological shape optimization of a power semiconductor device, including material and …

This study discusses an application of the stochastic collocation method for the solution of a
nonlinear magnetoquasistatic interface problem that is constrained by a partial differential …

This paper proposes the multi-objective topology optimization of an Electrically Controlled
Permanent-Magnet Synchronous Machine (ECPMSM) using the Level Set Method (LSM) …

In this paper we focus on a shape/topology optimization problem of a power MOS transistor
under geometrical and material uncertainties to reduce the current density overshoot. This …

The nanoCOPS project [1, 2] is a collaborative research project within the FP7-ICT research
program funded by the European Union. The consortium comprises experts in mathematics …

Abstract The project nanoCOPS (http://www. fp7-nanocops. eu) is a collaborative research
project within the FP7-ICT research program funded by the European Union. The consortium …

We address the shape optimization problem of electronic and electric devices under
geometrical and material uncertainties. Thereby, we aim at reducing undesirable …

In the nanoCOPS project, there are three scientific work packages: WP1 on timedomain
simulation of coupled problems, WP2 on uncertainty quantification and WP3 on validation …