Abstract
In this project, a general theory for the axisymmetric indentation of piezomagnetic solids by a flat rigid punch is presented within the context of fully coupled linear model, in the absence of friction or adhesion. It is shown that the coupling has a significant effect on the indentation force and the magnetic flux through the contact area. In addition, an experiment on the material Terfenol-D was carried out to confirm the theoretical results.
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