In this work, an axial rotary permanent magnet assembly, aimed for commercialization, is computationally designed using topology and shape optimization.

Dec 13, 2022 · This is efficiently facilitated in an isogeometric analysis framework, where harmonic mortaring is applied to couple the rotating rotor-stator ...

In this work, an axial rotary permanent magnet assembly, aimed for commercialization, is computationally designed using topology and shape optimization.

This is efficiently facilitated in an isogeometric analysis framework, where harmonic mortaring is applied to couple the rotating rotor-stator system of the ...

In this work, an axial rotary permanent magnet assembly, aimed for commercialization, is computationally designed using topology and shape optimization. This is ...

How to Build the Optimal Magnet Assembly for Magnetocaloric Cooling: Structural Optimization with Isogeometric Analysis · M. Wiesheu, Melina Merkel, +5 authors

In this work, an axial rotary permanent magnet assembly, aimed for commercialization, is computationally designed using topology and shape optimization. This is ...

Magnetocaloric materials change their temperature when a magnetic field is applied or removed, which allows building a magnetic cooling device.

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How to Build the Optimal Magnet Assembly for Magnetocaloric Cooling: Structural Optimization with Isogeometric Analysis · Engineering, Materials Science.

How to build the optimal magnet assembly for magnetocaloric cooling: Structural optimization with isogeometric analysis. Michael Wiesheu, Melina Merkel, Tim ...