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An electromagnetic actuator is a tool that converts electrical power into mechanical power within the type of linear or rotational movement. The movement can be utilized, for instance, to vibrate a speaker diaphragm, open and shut an
electromagnetic valve, or open and shut an electromagnetic relay.
A typical electromagnetic actuator consists of assorted elements together with coils, magnets, magnetic materials, andother mechanical and digital elements for management. Designing a fancy actuator system involving these
elements might be difficult. Engineers and scientists can use finite factor evaluation (FEA) software program to design and optimize these methods extra effectively.
In this webinar, visitor speaker Nirmal Paudel of Veryst Engineering will reveal a workflow for designing an electromagnetic actuator utilizing the COMSOL Multiphysics® simulation software program and its parametric sweep and
optimization instruments in each static and transient simulations.
Register now to affix this free webinar.
Speakers
Dr. Nirmal Paudel
Lead Engineer, Veryst Engineering
Dr. Nirmal Paudel is a Lead Engineer at Veryst Engineering. Dr. Paudel has an intensive background in computational electromagentics and product improvement within the R&D (analysis and improvement) setting. He has greater than a decade of expertise in modeling and designing electromagnetic gadgets. Previously Dr. Paudel was at ABB Inc. as a Principal R&D Engineer and COMSOL Inc. as a Team Leader.
Dr. Paudel has co-authored many peer-reviewed analysis articles in worldwide journals and for conferences, and has been a reviewer for a number of journals, together with IEEE Transactions on Magnetics (from the Institute of Electrical and Electronics Engineers) and ACES Journal (from the Applied Computational Electromagentics Society).
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