Mihai Albulescu, Sorin Neacsu, Cristian Eparu, Marcela Patarlageanu, Florinel Dinu, Adriana Cont Modelling the Thermal Interaction Between Soil and Different Geometries of Polyethylene Heat Exchangers

Open Access Research Article

Mihai Albulescu, Sorin Neacsu, Cristian Eparu, Marcela Patarlageanu, Florinel Dinu, Adriana Cont Modelling the Thermal Interaction Between Soil and Different Geometries of Polyethylene Heat Exchangers

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Issue Vol. 47, No. 1

Abstract

The extraction of surface geothermal energy using heat pumps represents a recent topic in specialty literature. This paper presents a numerical model for modelling the thermal field around the heat exchangers mounted in the soil. The purpose of modelling is to reveal the dynamics of heat exchange between the soil and the polyethylene pipes and highlighting the variation in temperature field around the heat exchanger. Keywords: Geoexchange, heat pump, polyethylene, thermal field

How to Cite this Article

(2010). Mihai Albulescu, Sorin Neacsu, Cristian Eparu, Marcela Patarlageanu, Florinel Dinu, Adriana Cont Modelling the Thermal Interaction Between Soil and Different Geometries of Polyethylene Heat Exchangers. Materiale Plastice, 47(1).

. Mihai Albulescu, Sorin Neacsu, Cristian Eparu, Marcela Patarlageanu, Florinel Dinu, Adriana Cont Modelling the Thermal Interaction Between Soil and Different Geometries of Polyethylene Heat Exchangers. Materiale Plastice. 2010;47(1).

, "Mihai Albulescu, Sorin Neacsu, Cristian Eparu, Marcela Patarlageanu, Florinel Dinu, Adriana Cont Modelling the Thermal Interaction Between Soil and Different Geometries of Polyethylene Heat Exchangers,” Materiale Plastice, vol. 47, no. 1, 2010.

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