ModelReduction.com

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Book Fast Simulation of Electro-Thermal MEMS: Efficient Dynamic Compact Models. Book at Amazon or Springer.

Applications of Model Reduction

In this section, different case studies from different physical domains are presented. Mostly, model reduction has been done with MOR for ANSYS at IMTEK when original model has been developed in ANSYS^®. However, it is worthy of noting that results by themselves are general, that is, this can be done for models developed with any software.

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Page Thermal describes the application of model reduction for thermal and electro-thermal models.

Page Diffusion describes the application of model reduction for diffusion models.

Page Structural describes the application of model reduction for models in structural mechanics.

Page Piezoelectric describes the application of model reduction for piezoelectrical models.

Page Electromechanical describes the application of model reduction for electromechanical models.

Page Thermomechanical describes the application of model reduction for thermomechanical models.

Page Acoustics describes the application of model reduction for acoustic models including fluid structure interaction.

MOR for ANSYS publications in reverse chronological order.

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Note that there are other areas for the application of model reduction as well. For example, model reduction is popular in electromagnetics and electrical circuits.