Electromagnetics

Simulate complete three-dimensional electromagnetics phenomena including Magnetostatics, Time-Harmonic Magnetics, Electrostatics and Transient Magnetics, with Thermal Coupling. Our electromagnetics offering is under continuous development to support more related problems. | Page 2

This tutorial showcases how to use SimScale to run an electromagnetics simulation on a Magnetic Lifting Machine. - Copy

Simulation of cad model done by solidworks

Check EFields from piezos in optical cavity

In this SimScale project, inspired by this article on cooling effectiveness, a CFD thermal analysis is used to predict the temperature of 30 commercial Li-ion 18650 cells under multiple casing designs and inlet flow conditions. The goal is to find the minimum cooling power so that the cells are kept below 40C. - Copy

EM simulation of a power trace with missing return

Simulation of the electric field in the EPD cell

Magnetic field generated from neodymium-iron-boron 52

Check EFields from piezos in optical cavity - Copy - Copy

Check EFields from piezos in optical cavity - Copy - Copy - Copy

Check EFields from piezos in optical cavity - Copy

Electromagnetic simulation of an induction cooker

Arcing horn is made of two conductors where one is connected to the high voltage line and the other one is connected to the ground, separated by an air gap

Example project of a multiphysics application. A Static and a Frequency analyses are used to determine the structural behavior of the assembly. Then, a conjugate heat transfer analysis will determine the thermal behavior of the cooling process of the motor - Copy

Time-Harmonic magnetics simulation of a WPT system. In this example various design aspects were investigated such as: 
Having an air core between the transmitter and receiver coils. 
Adding ferrite bars on the coils to enhance the magnetic flux distrbution between the transmitter and receiver. 
Placing an Aluminum shield to confine the magnetic flux in between the recevier and transmitter. 

Obtain results such as coupling coefficients, impedances, induced voltage, etc.