7/6/2023 0 Comments Show mathematica![]() The theory notes a vibrational behavior in heat transfer and a different effect on the parameters discussed in this article. The effects of various parameters on thermomechanical waves through the skin tissue are analyzed. As a result, the field quantities are obtained numerically, and the results of the current model are graphically represented with a comparison to two different theories of thermoelasticity. ![]() The inverse of the Laplace transform is also used with Tzuo’s method to solve the problem. To move the system into a space state, the Laplace transform is used. The governing equations of the present model are obtained. The classical thermoelastic theories are obtained from the present general formula. The skin tissue’s bounding surface has been heated by ramp-type heating. Thinner one-dimensional skin tissue is considered when its inner surface is free of traction and does not show any temperature increase. Based on Green–Lindsay generalized thermoelasticity theory, this paper presents a new refined higher-order time-derivative thermoelasticity model.
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