Fluid Driven Thermal Distribution in Porous Media Applying Parallel Calculations

JP Journal of Heat and Mass Transfer 2021
Maksims Žigunovs, Ilmārs Iltiņš, Marija Iltiņa

This paper describes temperature distribution contaminant transport model (MT3DMS) in porous media implementation in aspect of applying parallel calculations for time consuming optimizations. The mathematical modeling calculation parallelization problems are connected to algorithm separation on not connected between themselves blocks to calculate them separately. The other problem is connected to physical calculation separations and final result merge from the nodes. The papers shows several enhanced calculation time reducing approaches helped the paper authors to compute defined problems in shorter calculation time than without mentioned optimizations.

Keywords
ADI method, enhancement of difference scheme solution processing, energy dispersion, exponential difference scheme
DOI
10.17654/HM022020305
Hyperlink
http://www.pphmj.com/abstract/13784.htm

Žigunovs, M., Iltiņš, I., Iltiņa, M. Fluid Driven Thermal Distribution in Porous Media Applying Parallel Calculations. JP Journal of Heat and Mass Transfer, 2021, Vol. 22, No. 2, pp.305-335. ISSN 0973-5763. Available from: doi:10.17654/HM022020305

Publication language
English (en)