Download PDFOpen PDF in browserAn Investigation on a 2-D Problem of Mode-I Crack in Generalized ThermoelasticityEasyChair Preprint no. 683016 pages•Date: October 10, 2021AbstractThis paper is concerned with the dynamical problem of an infinite type-III which occurs a finite linear mode-I crack due to load inside the homogeneous and isotropic medium of thermoelastic space. The temperature distribution and stress leads to the crack in the boundary. The basic governing equation developed by Green and Naghdi have been solved by using integral transform and reduces to four dual integral equation by employing boundary conditions which is equivalent to Fredholm’s integral equation of first kind. For numerical solution inversion of Laplace transform has been used with the help of software Mathematica version 6.0. By taking particular cases of copper material, values of temperature, stress and displacement in the neighbourhood of crack are computed numerically and observed graphically. Keyphrases: Dual integral equation, Mode I, Thermoelastic, Thermoelasticity of type-III
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