Plane Waves on Rotating Microstretch Elastic Solid with Temperature Dependent Elastic Properties

Plane waves propagating in generalized thermoelastic half space rotating with specific angular frequency has been investigated. The appropriate model of the problem in context of Green and Naghdi theory is generated, while modulus of elasticity is taken as a linear function of reference temperature. An exact approach of normal mode analysis method is implemented to obtain the expression for the displacement components, stresses and temperature distribution functions. The variations of the considered variables against the vertical distance are illustrated graphically and a comparison is made for results predicted by both the theories in presence and absence of rotation effect we have also encountered the effect because of temperature involved in elastic parameters