Abstract
The magnetic field diffusion into a bimetallic cylinder comprising a central rod and the outer shell made of different conducting materials is analytically described. In the case of an external field pulse representing a half-wave Be = Bmsin(πt/T), the cylinder exhibits delamination, which is caused by the shell expansion under the action of a residual magnetic field present in its internal cavity. The pressure of this residual field nonmonotonically depends on the conductivity of the rod.
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