Thermo-Magnetism

This section presents the Maxwell Quasi Static (MQS) coupled with Heat equation with associated test cases :

Thermo-Magnetism in General case and Axisymmetrical case : Presentation of Thermo-Magnetism equation in cartesian and axisymmetrical coodinates
Test Case in Three Dimensions with Linear Coefficients
Test Case in Axisymmetry with Linear Coefficients
Test Case in Three Dimensions with Non-Linear Coefficients
Test Case in Axisymmetry with Non-Linear Coefficients
SEISM

The Joule’s effect is the result of interaction of charged particle and the other particles of matters for resistive matter like resistive magnet. The current is the displacement of charged particle in circuit, this charged particle give cinetic energy of the other particle thus create temperature. The Joule’s effect causes the loss of electrical energy and reduce the efficiency of circuit and increase temperature which causes damage on magnet.