This example demonstrates the fully coupled capability of the ThermNet and MagNet solvers. The problem consists of a workpiece and a driving coil. Eddy current losses in the workpiece raise its temperature past the Curie point, which in turn affects the distribution of the eddy currents. Without a fully coupled solver and temperature dependent material properties the change in the eddy current distribution as the temperature changes would not be modeled correctly. This example also illustrates the economies that are made in meshing, since for the thermal problem only the workpiece itself needs to be meshed. In the magnetic problem, the coil and surrounding air must also be meshed, and moreover, the workpiece must be refined to accurately model the skin depth. Using separate meshes for the two solutions reduces the size of the thermal problem, since its meshing requirements are much less stringent in this case.