Abstract
The present paper deals with the determination of displacement and thermal stresses in a thick M ≠ 0 circular plate under steady temperature field. Arbitrary heat flux is applied at the upper surface of a thick M ≠ 0 circular plate, whereas lower surface at zero temperature and the fixed circular edge is thermally insulated. Here we compute the effects of Michell function on the thickness of circular plate with internal heat generation. The governing heat conduction equation has been solved by the method of integral transform technique. The results are obtained in a series form in terms of Bessel’s functions. The results for temperature change, displacement and stresses have been computed numerically and illustrated graphically.
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