Numerical Simulation and Experimental Study on Auxiliary Converter Cooling System of HXD1C Electric Locomotives

Numerical Simulation and Experimental Study on Auxiliary Converter Cooling System of HXD1C Electric Locomotives

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This paper determined the size of the heat sink of auxiliary converter of HXD1C locomotive.The required cooling air volume was new balance 990 v3 red calculated through experience formula.Three-dimensional calculation model for duct cooling systems numerical simulation had been set up by using CFD software FLUENT, which was used to solve the temperature distribution in the cooling system.

Test air force medical technician badge results compared with the study results show that the required accuracy meets the requirements of engineering application and the heat analysis can be applied to similar systems.