Intro to EM simulation inside SolidWorks
In recent times, EM (Electro-magnetic) simulation has become the de-facto method to validate, improve and optimize electro-mechanical devices like solenoids, linear motors, rotary motors, static electrical machines etc. Thanks to the computing power available in today's desktops and laptops, engineers can build, validate and optimize their electrical designs right inside their CAD system.
In this webinar, we will look into the simulation capabilities of EMS which is a gold certified embedded simulation for SolidWorks. EMS can simulate devices which function on DC, AC or other transient signals. It can also perform practical multi-physics simulation like EM-thermal and EM-Motion. Join us to see how you can benefit from SolidWorks embedded EM simulation and revolutionize the way you design products in the future.
In recent times, EM (Electro-magnetic) simulation has become the de-facto method to validate, improve and optimize electro-mechanical devices like solenoids, linear motors, rotary motors, static electrical machines etc. Thanks to the computing power available in today's desktops and laptops, engineers can build, validate and optimize their electrical designs right inside their CAD system.
In this webinar, we will look into the simulation capabilities of EMS which is a gold certified embedded simulation for SolidWorks. EMS can simulate devices which function on DC, AC or other transient signals. It can also perform practical multi-physics simulation like EM-thermal and EM-Motion. Join us to see how you can benefit from SolidWorks embedded EM simulation and revolutionize the way you design products in the future.
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