An electromagnetic actuator is a system that converts electrical strength into mechanical strength in the form of linear or rotational motion. The motion can be made use of, for case in point, to vibrate a speaker diaphragm, open up and near an
electromagnetic valve, or open and close an electromagnetic relay.
A typical electromagnetic actuator is composed of many parts which includes coils, magnets, magnetic substance, andother mechanical and digital factors for management. Building a sophisticated actuator process involving these
factors can be complicated. Engineers and researchers can use finite factor evaluation (FEA) software package to design and enhance these programs a lot more efficiently.
In this webinar, guest speaker Nirmal Paudel of Veryst Engineering will show a workflow for developing an electromagnetic actuator using the COMSOL Multiphysics® simulation computer software and its parametric sweep and
optimization instruments in both static and transient simulations.
Register now to sign up for this absolutely free webinar.
Speakers
Dr. Nirmal Paudel
Direct Engineer, Veryst Engineering
Dr. Nirmal Paudel is a Guide Engineer at Veryst Engineering. Dr. Paudel has an intensive history in computational electromagentics and merchandise advancement in the R&D (exploration and enhancement) environment. He has additional than a ten years of encounter in modeling and creating electromagnetic units. Earlier Dr. Paudel was at ABB Inc. as a Principal R&D Engineer and COMSOL Inc. as a Group Leader.
Dr. Paudel has co-authored several peer-reviewed investigation articles or blog posts in international journals and for conferences, and has been a reviewer for quite a few journals, together with IEEE Transactions on Magnetics (from the Institute of Electrical and Electronics Engineers) and ACES Journal (from the Applied Computational Electromagentics Culture).
