31th International Thermal Conductivity & 19th International Thermal Expansion , 2011-06-26

Title : ( Numerical analysis of thermal conductivity of charring material ablation with considering chemical reaction, mass transfer and surface heat transfer effects )

Authors: Asgar Bradaran Rahimi ,

Citation: BibTeX | EndNote

Presently there is a little information that relates to heat shield systems. Also this information is not certain in so many cases. The main reason is that accurate calculations for measuring the sacrificing rate of various materials have not been obtained yet. Additionally, the real scale test has two disadvantages: high cost and low flexibility, and for each case we must perform a new test. So having a reliable numerical program that calculates the surface recession rate and interior temperature history is necessary. In this study numerical solution of unsteady governing equations for non-charring material ablation are presented in order to anticipate the recession rate and the heat response of non-charring heat shields.

Keywords

, ablation rate, surface recession rate, interior temperature history, non-charring material ablation, Newton Rafson, numerical
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@inproceedings{paperid:1021782,
author = {Bradaran Rahimi, Asgar},
title = {Numerical analysis of thermal conductivity of charring material ablation with considering chemical reaction, mass transfer and surface heat transfer effects},
booktitle = {31th International Thermal Conductivity & 19th International Thermal Expansion},
year = {2011},
keywords = {ablation rate; surface recession rate; interior temperature history; non-charring material ablation; Newton Rafson; numerical method},
}

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%0 Conference Proceedings
%T Numerical analysis of thermal conductivity of charring material ablation with considering chemical reaction, mass transfer and surface heat transfer effects
%A Bradaran Rahimi, Asgar
%J 31th International Thermal Conductivity & 19th International Thermal Expansion
%D 2011

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