A Report on Computation of Skin Burns - Duhamel's Integral method is used to calculate the surface heat flux and the temperature distribution within the skin simulant (the sensor) from the measured surface temperature. On the basis of the calculated surface heat flux, the multilayer model of either opaque or diathermanous skin is solved for the skin temperatures using the Crank-Nicolson Implicit method. From the skin temperature distribution, the degree of thermal injury and the depth of damage for each location of the human body are determined by the burn criteria from the literature. The program also predicts the cumulative area burn with respect to time.
2009年1月13日 星期二
A Computer Code for Estimating Thermal Injury of Human Skin
A Report on Computation of Skin Burns - Duhamel's Integral method is used to calculate the surface heat flux and the temperature distribution within the skin simulant (the sensor) from the measured surface temperature. On the basis of the calculated surface heat flux, the multilayer model of either opaque or diathermanous skin is solved for the skin temperatures using the Crank-Nicolson Implicit method. From the skin temperature distribution, the degree of thermal injury and the depth of damage for each location of the human body are determined by the burn criteria from the literature. The program also predicts the cumulative area burn with respect to time.
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