Abstract
The method of solving the system of thermoelasticity equations in displacements for a thin truncated conical shell with a piecewise constant coefficients of heat transfer on the front surfaces is given. The method consists in the reduction of the system of differential equations to the system of linear integral equations of the second kind. The influence of variable coefficients of heat transfer on deflection and temperature stresses in a shell is investigated. Cite as: A. I. Chyzh, “Thermal stresses in axisymmetric truncated conical shell with piecewise constant heat transfer coefficients,” Prykl. Probl. Mekh. Mat. , Issue 16, 132–140 (2018) (in Ukrainian), http://doi.org/10.15407/apmm2018.16.132-140
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