Simulation of Electromagnetic-Acoustic Heating of the Oil Layer in Laboratory Conditions

Abstract
This paper describes an experiment to study the combined effects of high-frequency electromagnetic and acoustic fields on a model of an oil reservoir. A mathematical model is described that describes the physical processes that occur in the reservoir. The heat equation takes into account heat transfer with the environment by introducing an additional term. The largest discrepancy between theoretical and experimental data does not exceed 28 %. Qualitative coincidence of theoretical and experimental curves indicates the adequacy of the mathematical model.

Keywords
high-frequency electromagnetic field, heat sources, thermoacoustic effect, thermal conductivity, reservoir model, temperature field
УДК 534.286.2

Simulation of Electromagnetic-Acoustic Heatingof the Oil Layer in Laboratory Conditions