Abstract
This article discusses the process of creating a 3D-model of the cab of a unified machine of technological electric transport, generation of the calculated grid on the basis of the created model. Also, the parameters of the solver (Solution Setup) of the ANSYS Fluent software module for the study of the created model are selected. The main content of the study is the analysis of the results of modeling the airflow in the designed cabin. The analysis showed that the chosen cabin configuration will be able to eliminate the condensation process in critical areas. The conclusion is made about the need for further research, which will be aimed at developing the design of air ducts and used in the design of a unified machine of technological electric transport.
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