ANALYSIS, OPTIMAL CONTROL, AND SIMULATION OF CONDUCTIVE-RADIATIVE HEAT TRANSFER *

Peter Philip, Peter Philip
2010 Annals of the Academy of Romanian Scientists Series on Mathematics and its Applications   unpublished
This article surveys recent results regarding the existence of weak solutions to quasilinear partial dierential equations (PDE) coupled nonlocally by the integral operator of the radiosity equation, modeling conductive-radiative heat transfer. Both the stationary and the transient case are considered. For the stationary case, an optimal control problem with control constraints is presented with rst-order necessary optimality conditions, where recent results on the solution theory of the
more » ... ed state equation allow to close a previous gap. A-nite volume scheme for the discretization of the stationary system is described and, based on this scheme, a numerical computation of the temperature eld (solution of the state equation) is shown as well as the numerical solution to a realistic control problem in the context of industrial applications in crystal growth.
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