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Construction and Analysis of a Discrete Heat Equation Using Dynamic Consistency: The Meso-Scale Limit, 2023
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Construction and Analysis of a Discrete Heat Equation Using Dynamic Consistency: The Meso-Scale Limit, 2023
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Persons
Author (aut): Mickens, Ronald
Author (aut): Washington, Talitha
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Abstract |
Abstract
We present and analyze a new derivation of the meso-level behavior of a discrete microscopic model of heat transfer. This construction is based on the principle of dynamic consistency. Our work reproduces and corrects, when needed, all the major previous expressions which provide modications to the standard heat PDE. However, unlike earlier efforts, we do not allow the microscopic level parameters to have zero limiting values. We also give insight into the difficulties of constructing physically valid heat equations within the framework of the general mathematically inequivalent of difference and differential equations.
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Local Identifier
auc.caupubs.0142
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USA
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11 pages.
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Use and Reproduction |
Use and Reproduction
All works within this collection are reserved by the author of the scholarship/research. Permission is granted for these materials to be reproduced for personal, non-commercial purposes provided that the author and Atlanta University Center Robert W. Woodruff Library are properly acknowledged.
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English
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Construction and Analysis of a Discrete Heat Equation Using Dynamic Consistency: The Meso-Scale Limit, 2023
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