Simulations of heat transfer through the cabin walls of rail vehicle
Applied and Computational Mechanics, Vol. 1, No. 1, pp. 273 - 280
M. Schuster (corresponding author: )

This paper deals with industrial application of numerical methods to the prediction of thermal situation in the rail vehicle interior. Basic principles of heat transfer are summarised to explain both theoretical background of simulations and engineering approach to solving temperature conditions in the vehicle interior. The main part of the contribution describes the solution of the locomotive driver’s cabin heating and controlling the temperature levels. This contribution is a brief overview of both possibilities of engineering modelling of heat transfer modes and results in the simulation of the real locomotive cabin heating/ventilation system design.


computational fluid dynamics, CFD, thermodynamics, modelling, conduction, convection, locomotive

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