We derive a rule for the reconstruction of the internal heat transfer coefficient hint of a pipe, from temperaturemaps collected on the external face. The pipe is subjected to internal heating by connectingtwo electrodes to the external surface. To estimate hint we apply the perturbation theory to a thin plateapproximation of a boundary value problem for the stationary heat equation.[object Object]
Nondestructive evaluation of spatially varying internal heat transfer coefficients in a tube
Inglese G.;Olmi R.
2017
Abstract
We derive a rule for the reconstruction of the internal heat transfer coefficient hint of a pipe, from temperaturemaps collected on the external face. The pipe is subjected to internal heating by connectingtwo electrodes to the external surface. To estimate hint we apply the perturbation theory to a thin plateapproximation of a boundary value problem for the stationary heat equation.[object Object]File in questo prodotto:
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Descrizione: Nondestructive evaluation of spatially varying internal heat transfer coefficients in a tube
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Descrizione: Nondestructive evaluation of spatially varying internal heat transfer coefficients in a tube
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