Reichelt, Michael ; Wiesheu, Michael ; Merkel, Melina ; Schöps, Sebastian ; Steinbach, Olaf (2025): An Air-Gap Element for the Isogeometric Space-Time-Simulation of Electric Machines. Cornell University, ARXIV: 2501.16099. [Preprint].
Egger, Herbert ; Cortes Garcia, Idoia ; Shashkov, Vsevolod ; Wiesheu, Michael (2025): A magnetic oriented approach to the systematic coupling of field and circuit equations. In: Scientific Computing in Electrical Engineering SCEE 2024, Mathematics in Industry. Springer. ARXIV: 2404.15438, accepted. [In Proceedings]
Blumrich, Leon ; Burkhardt, Yves ; Geuzaine, Christophe ; Marussig, Benjamin ; Schöps, Sebastian ; Wiesheu, Michael (2025): Volumetric Spline Geometries for Finite Elements in Simulation and Optimization of Electric Machines. In: 12th International Conference on Computation in Electromagnetics (CEM 2025), Bruges, Belgium. [Talk]
Backmeyer, Merle ; Wiesheu, Michael ; Schöps, Sebastian (2025): Learning electromagnetic fields based on finite element basis functions. In: 25th Conference on the Computation of Electromagnetic Fields (COMPUMAG 2025), Naples, Italy. International Compumag Society. URL: https://www.compumag2025.com. [Submitted]
Wiesheu, Michael ; Rodenberg, Benjamin ; Cortes Garcia, Idoia (2024): Multirate Magnetothermal Coupling with Time Adaptive Waveform Relaxation. In: 5th preCICE Workshop 2024, Stuttgart, Germany. [Talk]
Wiesheu, Michael ; Schöps, Sebastian ; Cortes Garcia, Idoia (2024): Co-Simulation Techniques for Field-Circuit Coupled Problems. In: Workshop on Advances in Electromagnetic Research – KWT 2024, Riezlern, Austria. URL: http://maxwell-in-motion.org. [Poster]
Wiesheu, Michael ; Komann, Theodor ; Merkel, Melina ; Schöps, Sebastian ; Ulbrich, Stefan ; Cortes Garcia, Idoia (2024): Spline-Based Rotor and Stator Optimization of a Permanent Magnet Synchronous Motor. In: 2024 International Conference on Electrical Machines (ICEM). ISBN: 979-8-3503-7060-7, DOI: 10.1109/ICEM60801.2024.10700065, URL: https://www.symposium.it/en/events/2024/26th-international-conference-on-electrical-machines-icem-2024, ARXIV: 2311.06046. [In Proceedings]
Wiesheu, Michael ; Komann, Theodor ; Merkel, Melina ; Schöps, Sebastian ; Ulbrich, Stefan ; Cortes Garcia, Idoia (2024): Combined Parameter and Shape Optimization of Electric Machines with Isogeometric Analysis. In: Optimization and Engineering, ISSN: 1389-4420, DOI: 10.1007/s11081-024-09925-0, ARXIV: 2311.06046. [Article]
Reichelt, Michael ; Wiesheu, Michael ; Merkel, Melina ; Schöps, Sebastian ; Steinbach, Olaf (2024): The Air-Gap Element for the Transient Simulation of Electric Machines Using IGA. In: 21st International IGTE Symposium 2024 on Computational Methods in Electromagnetics and Multiphysics, Graz. URL: https://www.tugraz.at/events/igtesymp/home. [Talk]
Mally, Mario ; Wiesheu, Michael ; Schöps, Sebastian (2024): Exploitation of Schur Complements for Parallelized Simulation of Electric Machines. In: 21st International IGTE Symposium 2024 on Computational Methods in Electromagnetics and Multiphysics, Graz. URL: https://www.tugraz.at/events/igtesymp/home. [Talk]
Mally, Mario ; Wiesheu, Michael ; Schöps, Sebastian (2024): Nonlinear Schur Complements for Parallelized Simulation of Electric Machines. In: Workshop on Advances in Electromagnetic Research – KWT 2024, Riezlern, Austria. URL: http://maxwell-in-motion.org. [Talk]
Komann, Theodor ; Wiesheu, Michael ; Ulbrich, Stefan ; Schöps, Sebastian (2024): Robust Design Optimization of Electric Machines with Isogeometric Analysis. In: Mathematics, ISSN: 2227-7390, DOI: 10.3390/math12091299. [Article]
Grendas, Andreas ; Wiesheu, Michael ; Schöps, Sebastian ; Marussig, Benjamin (2024): Isogeometric Analysis for 2D Magnetostatic Computations with Multi-level Bézier Extraction for Local Refinement. In: ECCOMAS 2024. Scipedia. DOI: 10.23967/eccomas.2024.097, ARXIV: 2501.05848. [In Proceedings]
Wiesheu, Michael ; Merkel, Melina ; Sittig, Tim ; Benke, Dimitri ; Fries, Max ; Schöps, Sebastian ; Weeger, Oliver ; Cortes Garcia, Idoia (2023): Structural Optimization of an Axial Rotatory Magnet Assembly for Magnetocaloric Cooling. In: Dresden Days on Magnetocalorics, Dresden, Germany. [Poster]
Wiesheu, Michael ; Schöps, Sebastian ; Komann, Theodor ; Ulbrich, Stefan ; Cortes Garcia, Idoia (2023): Combined Parameter and Shape Optimization of an Electric Machine with Isogeometric Analysis. In: Workshop on Advances in Electromagnetic Research – KWT 2023, Riezlern, Austria. URL: http://maxwell-in-motion.org. [Talk]
Wiesheu, Michael ; Merkel, Melina ; Sittig, Tim ; Benke, Dimitri ; Fries, Max ; Schöps, Sebastian ; Weeger, Oliver ; Cortes Garcia, Idoia (2023): Shape Optimization of a Magnetocaloric Cooling System with Isogeometric Finite Elements. In: 22nd European Conference on Mathematics for Industry (ECMI 2023), Wroclaw, Poland. European Consortium for Mathematics in Industry. [Talk]
Wiesheu, Michael ; Schöps, Sebastian ; Komann, Theodor ; Ulbrich, Stefan ; Cortes Garcia, Idoia (2023): Combined Parameter and Shape Optimization of an Electric Machine with Isogeometric Analysis. In: Math 2 Product (M2P) 2023 – Emerging Technologies in Computational Science for Industry, Sustainability and Innovation, Taormina, Italy. [Talk]
Wiesheu, Michael ; Merkel, Melina ; Sittig, Tim ; Benke, Dimitri ; Fries, Max ; Schöps, Sebastian ; Weeger, Oliver ; Cortes Garcia, Idoia (2023): How to Build the Optimal Magnet Assembly for Magnetocaloric Cooling: Structural Optimization with Isogeometric Analysis. In: International Journal of Refrigeration, 152, pp. 62–73, ISSN: 0140-7007, DOI: 10.1016/j.ijrefrig.2023.04.014, ARXIV: 2212.06580. [Article]
Wiesheu, Michael ; Merkel, Melina ; Sittig, Tim ; Benke, Dimitri ; Fries, Max ; Schöps, Sebastian ; Weeger, Oliver ; Cortes Garcia, Idoia (2022): Shape Optimization of a Magnetocaloric Cooling System with Isogeometric Finite Elements. In: 20th International IGTE Symposium 2022 on Computational Methods in Electromagnetics and Multiphysics, Graz. URL: https://www.tugraz.at/events/igtesymp/home. [Talk]
Wiesheu, Michael (2022): Shape optimization of a magnetocaloric cooling system with isogeometric finite elements. Technische Universität Darmstadt, Darmstadt. [Master's Thesis]