A static and dynamic problem for a single martensitic layer in a ferromagnetic single crystal with a shape memory effect in a magnetic field in a rigid embodiment

A static and dynamic problem is solved for the boundaries of a martensitic layer in a mechanically unloaded ferromagnetic single crystal with a shape memory effect located in a magnetic field and fixed in a rigid embodiment. It is shown that to ensure static equilibrium, it is necessary to have compensatory at the interfaces that balance the action of the magnetic field.