In no time at all, you'll find that the capability to parameterize various facets of your virtual prototype will bring significant savings to your overall projects.

Benefits

• Parametric modeling allows you to perform multiple experiments with one model for the purpose of design optimization.
• Parameterization is intended for "What-If" analysis: once a sequence of values is specified for the desired quantity (parameter), the program will rerun automatically the analysis for each new parameter value.
• Multiple problems can be set up within a single model.
• You can use parameterization to change the shape, material, etc., to create a new model without needing to directly rebuild model components.

Examples

• Loudspeaker analysis -- 2D/3D Magnetostatic
  A basic analysis of a loudspeaker design in 2D and 3D.
• Loudspeaker analysis -- Thermal effects in a transient solution
  This example demonstrates how you can use ThermNet, in concert with MagNet, to determine the thermal effects due to eddy currents induced in the top plate and central pole of a loudspeaker.
• Nondestructive Evaluation (TEAM problem 15)
  TEAM Problem 15 looks at the inversion of eddy-current data and the reconstruction of flaws in electromagnetic nondestructive evaluation (NDE). The model used is one of a circular coil moving along an aluminum plate that contains a slot. This gallery page demonstrates how MagNet can be used to calculate the resistance and inductance of the driving coil at various positions.