Abstract
A method of inverse problem of thermomechanics and thermal conduction has been developed to solve the problem of optimal (response-speed) control of unsteady one-dimensional thermal regimes with constraints on the thermal stresses and control function. In this study we develop a method of the quasistatic inverse thermoelasticity problem for solving the problem of optimal (response-speed) control of a two-dimensional nonaxisymmetric unsteady thermal regime in a long hollow cylinder with constraints on the thermoelastic stresses. A numerical algorithm is given for solving the optimization problem. 8 refs., 3 figs.
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