MSOEE – Page 2

Efficient numerical quadrature for the boundary elements method with application to electrical machines

June 2, 2020 Sebastian Schoeps Featured, MSOEE, Renewable energy, TU Darmstadt

Nowadays, the design with regard to efficiency and reliability is a major task in the development of electrical machines. Therefore, numerical simulations play an increasingly

SCEE – 2020 – Eindhoven, The Netherlands. Scientific Computing in Electrical Engineering

April 7, 2020 Matthias Ehrhardt Featured, MSOEE, Wuppertal

Between Feb 16-20, 2020, the Conference on Scientific Computing in Electrical Engineering (SCEE-2020) took place in Eindhoven, The Netherlands. It appeared to be one of

New Book on Nanoeletronic Coupled Problems Solutions

April 1, 2020 Matthias Ehrhardt MSOEE, Other, Successful projects, Wuppertal

The EU-funded research project fp7-nanoCOPS (Nanoeletronic Coupled Problems Solutions, 2013-2016) published an overview of outcomes in October 2019. The book has been published by Springer

Kickoff of the Special Interest Group on Modeling, Simulation and Optimization in Electrical Engineering

April 18, 2019 Sebastian Schoeps ECMI Nodes, Featured, MSOEE, Special Interest Groups, TU Darmstadt

The Special Interest Group MSOEE (Modeling, Simulation and Optimization in Electrical Engineering) brings together mathematicians, simulation engineers and practitioners from academia and industry.

PASIROM – A Success Story for Mathematics in Industry

April 16, 2019 Sebastian Schoeps ECMI Nodes, Featured, MSOEE, Project in focus, Special Interest Groups, Successful projects, TU Darmstadt

In this project new parallel-in-time methods were developed and used to accelerate time-domain simulation of electrical machines at the Robert Bosch GmbH. The speed-up due to the initial implementation was 28x times.