Author(s)

J. Skorek

Abstract

Presented paper refers to solution of the boundary inverse heat conduction problems (BIHCP). Analyzed problems involves identification of transient heat fluxes and temperature fields within and on the boundaries of the body. This class of inverse problems refers to the several important practical applications as identification of temperature field and heat fluxes within thermal engines, turbines and furnaces, identification of interphase location during casting and welding processes etc. Inverse problems belong to the class of ill posed problems. It means, that solution of the problem is usually extremely sensitive on inaccuracies of input data, e.g. measurements errors. To stabilize solution of ill posed problem special mathematical techniques

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