Analysis of a Functionally Graded Semiconducting Thermoelastic Layer Immersed in an Infinite Non- Viscous Fluid

In the present research problem, photo thermal interaction in a functionally graded semiconducting medium is studied. It deals with two-dimensional thermoelastic semiconducting layer of finite thickness 2d, which is immersed in an infinite non-viscous fluid. A mechanical force of magnitude F is applied along the interface of two medium. The non-homogeneous mechanical properties of functionally graded material are supposed to be in x direction. The components of displacement, temperature distribution, stress, carrier density is obtained by using normal mode technique. The components are then evaluated numerically by developing a MATLAB program for Silicon material. The numerical results are then plotted graphically for different theories of thermo-elasticity.