Thermal Conductivity Study of an Orthotropic Medium Containing a Cylindrical Cavity

An interesting feature that appears in the thermoelastic interaction an orthotropic material containing cylindrical cavities is addressed this study. For purpose, Finite Element Method applied to analyze a generalized thermoelasticity theory with relaxation time. development of model, thermal conductivity dependent on temperature medium was considered. The boundary condition for internal surface hollow defined by shocks and traction free surface. nonlinear formulations based time mediums are abbreviated using Method. equations without Kirchhoff’s transformations presented. results graphically represented demonstrate how changing affects all physical values.