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Thermal modeling and simulation for engineering education using Simulink

Victor GomanUral Federal University named after the First President of Russia B. N. Yeltsin, Nizhniy Tagil Technological Institute, 59, Krasnogvardeyskaya str., Nizhniy Tagil, 622000, Russia
2022en
ABI

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This article deals with an approach to simulation of thermal processes using MATLAB&Simulink. The article briefly describes the current state of educational processes during pandemia, issues of moving lectures, practices and labs online. Using MATLAB and Simulink for virtual labs is proposed as a solution which does not demand real complicated lab equipment with remote access. Some examples of the model creation process are described. Simulink models of typical thermal processes such as natural and forced convection, steady-state and transient thermal conductivity, mass transfer are given. The results of this work are mainly intended for modeling thermal processes in the educational process in the fields of energy and electrical engineering, chemical engineering, metallurgy, civil engineering, mechanical engineering etc. The models can be useful for virtual laboratory work arrangement. The results can be used for scientific and engineering calculations. Full version of the described model's package is available in the public repository.

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