INVESTIGATION OF THE INFLUENCE OF THE CUT LENGTH ON THE INTENSITY FACTORS OF THERMAL STRESSES IN A TRANSVERSELY ISOTROPIC PLATE WITH ONE-SIDED HEAT EXCHANGE

The thermoelasticity problem for a transversely isotropic plate with a heat-insulated cut was solved on the base of generalized theory in the {1,0}-approximation version. The dependence of stress intensity factors on the cut length and shear compliance parameter was investigated. The case of upper one-sided heat exchange with the external environment and the action of the gradient of average temperature of the base temperature field on the line of cut was assumed.