Effect of Nonlocal Micropolar Thermoelasticity with Initial Stress in the Context of Dual Phase Lag in Thermodynamical Interactions

The study is on nonlocal dual phase lag model and its effect on initial stress, gravity, and micropolar with two temperatures in thermodynamic interactions that satisfy the prerequisite periphery conditions. The governing equation of the considered model is solved with the help of Normal mode analysis techniques. The physical properties of magnesium crystal-like material are used for numerical simulation and calculated the stress, coupled stress, displacement, and temperature. The effect of various parameters like nonlocal, two temperature, gravity, and initial stress are shown. Some distinct examples with different parameters of interest have been conjectured in the current problem.