The Solution of the Heat Conduction Equation in 3D Anisotropic Environment and Possibilities of its Improvement
Scientific Journal of Riga Technical University BOUNDARY FIELD PROBLEMS AND COMPUTER SIMULATION
2016
Maksims Žigunovs,
Ilmārs Iltiņš,
Michael Alexander Radin
This manuscript presents a new method of creating heat conduction solution for the anisotropic space by considering each included heat transfer material’s physical characteristics. Also this manuscript provides descriptions of new possibilities to make these calculations less time consuming, less time costing and to provide advantages strictly connected to the computer quantity involved in the calculation process.
Keywords
Paātrinājums, paralēlās datu apstrādes tehnoloģijas lietojums, robežnosacījumi, siltuma pārnese.
DOI
10.7250/bfpcs.2016.005
Hyperlink
https://bfpcs-journals.rtu.lv/article/view/bfpcs.2016.005
Žigunovs, M., Iltiņš, I., Radin, M. The Solution of the Heat Conduction Equation in 3D Anisotropic Environment and Possibilities of its Improvement. Boundary Field Problems and Computer Simulation / Datormodelēšana un robežproblēmas. Vol.55, 2016, pp.34-39. ISSN 2255-9124. e-ISSN 2255-9132. Available from: doi:10.7250/bfpcs.2016.005
Publication language
Latvian (lv)