Parallel Computing in Computer Simulation of Thermal Regimes

Abstract

The laboriousness and material intensity of natural experiments, their limitations, the multidimensionality and nonlinearity of the studied processes and phenomena, as well as the rapid development of computer technology and software, have significantly highlighted the relevance of theoretical research (mathematical modeling). A special role in the development and study of technological systems characterized by high-temperature conditions of process flow (in metallurgy, energy, mechanical engineering, etc.) is attributed to the creation of rational mathematical models of heat exchange processes.

Modern multicore systems are quite effective when used in server centers and for cloud computing. However, despite the significant mathematical and computational complexity of the algorithms used, parallel computing on multiprocessors is increasingly being applied in computer simulation. An analytical review of the current state of the problem has shown insufficient development of SCADA- and MES-level systems capable of predicting the stability of technological equipment of modern ACS of enterprises based on modeling its thermal regimes.