Irreversible Thermodynamical Structure of Heat Conduction

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概要

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• In connection with the analysis of heat conduction by means of entropy minimal principle, we i) examined the essence of irreversible entropy using a differential form, and derived an equation of heat conduction from it, ii) obtained a kind of canonical equations of heat conduction from a new Hamiltonian density which we could define from Laplace transformation of the entropy, and proposed a new method for the analysis of heat conduction, and; iii) discussed the variational problem of heat conduction when the limit of variation was movable. Through these studies, we make clear the irreversible thermodynamics structure of heat conduction.

• 一般社団法人日本機械学会の論文

著者

• Kawashimo Kensuke

  Tokyo Institute Of Technology

• MORIKAWA Kichiro

  Aoyama-Gakuin University

関連論文

• Photo-electric Temperature Measurement using Mie's Scattered Light Phenomenon : 1st Report, Theoretical Consideration
• A Mathematical Analysis of Non-linear Unsteady Heat Conduction : 1st Report, General Fundamental Idea
• Irreversible Thermodynamical Structure of Heat Conduction
• Lagrangian and Hamiltonian Forms and Their Applications to the Analysis of Heat Conduction
• Analysis of Unsteady State Problems of Nonlinear Heat Conduction Materials : 1st. Report: One-dimensional Exponential Models of x = constant
• Analysis of Heat Condition Fields with Moving Boundary

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