2024-06-27 09:30:07
Held on Thursday, July 11 at 11am, this webinar focuses on the design of high-performance electric motors, using the COMSOL Multiphysics® platform and the AC/DC module, dedicated to modeling electric motors. Modeling and simulation are essential to the R&D process in a context of increasing electrification of transport.
The Thursday July 11of 11 a.m. to 12 p.m.participate in this webinar in free access on the COMSOL Multiphysics® platform and the AC/DC module, dedicated to the modeling of electric motors.
R&D efforts dedicated to the development of electric motors have increased exponentially with the electrification of transportation. Modeling and simulation are an integral part of the R&D process in this field, allowing engineers to address various issues such as the demand for electric motors providing high torque over a wide speed range, or the limited availability of raw materials.
Goals
The COMSOL Multiphysics® simulation platform and AC/DC module provide a wide range of capabilities for modeling, simulating, and optimizing radial and axial flux machines using different operating principles, such as permanent magnet, reluctance, and induction machines. The module’s unique ability to account for magnetic nonlinearities and temperature dependence of material properties makes it a key tool for creating high-fidelity models, and the software’s multiphysics capabilities can be extended to also conduct vibroacoustic studies or determine the stress state in materials.
Programme
In this webinar, we will illustrate the capabilities of COMSOL® for modeling electrical machines such as motors and generators. We will show how the software can account for magnetic and thermal nonlinear phenomena, and we will briefly discuss the optimization features through some examples.
Want to know more? Then Register for free for our webinar on July 11thby filling out the form. You will be able to ask us all your questions.
This webinar will be recorded and available in archive on our site the day after the event.
1723275602
#Webinar #Designing #HighPerformance #Electric #Motors #COMSOL #Multiphysics
