• THERMOELASTIC RESPONSE TO SURFACE TEMPERATURE ASYMMETRY AND INTERNAL HEAT GENERATION PARAMETERS IN A COMPOSITE SPHERICAL BODY

Abstract

The thermoelastic response to surface temperature asymmetry and internal Heat Generation parameters with steady state temperature field in the context of uncoupled thermoelasticity studied over a composite spherical domain. The thermal stresses are computed analytically and presented numerically and graphically. The mathematical model for three layered hollow sphere of an Aluminum, Copper and Iron is prepared and observations are illustrated.