Numerical simulation of airflow around the evaporator in the closed space

Author:

Puchor Tomáš,Banovčan Roman,Lenhard Richard

Abstract

The article deals with a numerical simulation of the forced airflow around a evaporator with the finned tubes in the electrotechnical box, by finite volume method in the program ANSYS Workbench. The work contains an analysis of the impact of forced airflow on the evaporator with the various seated the electrical components. The aim of the work is to find out the most effective way of heat dissipation by forced convection from the electrical components in the closed space with lowest pressure loss.

Publisher

EDP Sciences

Reference11 articles.

1. Hartenstine J., Bonner III R., Motgomery J., Semenic T., Loop thermosyphone design for cooling of large area high flux sources (Proc. Of IPAC, Vancouver, 207)

2. Mathematical model for heat transfer limitations of heat pipe

3. Reay D., Kew P., McGlen R., Heat pipes - Theory, design and applications 6 (2014)

4. Two-phase modeling of interphase heat transport from the condensation to evaporation part of the heat-pipe

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