HEAT TRANSMISSION SPECIFICATION IN MULTILAYER INFINITE PLATES AT INITIAL CONDITIONS UNDER ON THE BOUNDARY SUPPRESSION OF ADJACENT LAYERS
Keywords:
temperature, heating current, quasidifferential equation, Cauchy matrix, Dirac delta function, Cauchy problem
Abstract
The problem of determination of onedimensional steady temperature field distribution in a multi-layer infinitive plate with piecewise and nonuniform thermal conductivity involving discretecontinuous autothermal heat supplies and conditions at arbitrary point of the fundamental interval is solved. Task solution is practical and expressed exceptionally by its outcoming data. Fundamental principles of heat transfer theory, theories of generalized systems of linear differential equations and elements of generalized functions theory are used during task solving.
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Published
2018-10-18
How to Cite
Tatsiy, R., & Pazen, O. (2018). HEAT TRANSMISSION SPECIFICATION IN MULTILAYER INFINITE PLATES AT INITIAL CONDITIONS UNDER ON THE BOUNDARY SUPPRESSION OF ADJACENT LAYERS. Bulletin of Lviv State University of Life Safety, 8, 16-23. Retrieved from https://journal.ldubgd.edu.ua/index.php/Visnuk/article/view/583
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