Abstract
The relation between mechanical and electromagnetic phenomena in deformed electrically conducting non-ferromagnetic solids was studied. Basic equations were derived for the charge, electric field intensity, and electric potential of a solid acted on by external forces. For the case of plane deformation the problem was reduced to a corresponding boundary problem for the functions of the electric field potential and intensity, ponderomotive forces being taken into account in the derivation of appropriate equations. A detailed analysis was carried out of the case of an infinite body with a cylindrical cavity under tensile loads.
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