Stasiuk G. The thermomechanical problems for nonferromagnetic electro conductive layer with plane-parallel boundaries under the action of specific types of pulse electromagnetic fields

This thesis solves actual scientific problem of mechanics of deformable solids. The methodology for investigating the thermostressed state and carrying capacity of non ferromagnetic conductive solids with plane parallel boundaries under specific types of pulse amplitude modulated EMF. The mathematical model of thermomechanics of non ferromagnetic electro conductive layer with plane-parallel boundaries under the actions of pulsed electromagnetic fields with regard to coupling of stress fields and temperature is proposed. The methodology to solve the formulated problems was developed using approximation of the defining functions distributions by the thickness coordinate with cubic polynomial and further application of Fourier and Laplace integral transformations. The new class of two- and one-dimensional thermomechanical problems for conductive layer under the actions of two specific types of amplitude modulated pulse EMF with homogeneous and cosine change in cross coordinate was solved and investigated.