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Title
Radial fan simulations by computational fluid dynamics and experimental validation
Author
San Andrés Sanz, Unai
Almandoz, Gaizka
Poza, Javier
Ugalde, Gaizka
Author (from another institution)
Escalada Aguado, Ana Julia
Research Group
Accionamientos aplicados a la tracción y generación de energía
Other institutions
Orona EIC
Version
Postprint
Rights
© 2014 IEEE
Access
Open access
URI
https://hdl.handle.net/20.500.11984/5797
Publisher’s version
https://doi.org/10.1109/ICELMACH.2014.6960486
Published at
Proceedings of th International Conference on Electrical Machines (ICEM)  Berlin. 2-5 September. Pp. 2179-2185. IEEE, 2014
Publisher
IEEE
Keywords
Atmospheric modeling
Computational fluid dynamics
Analytical models
Fans ... [+]
Atmospheric modeling
Computational fluid dynamics
Analytical models
Fans
Boundary conditions
Blades [-]
Abstract
Fans are commonly used to refrigerate electrical machines when air forced cooling is required. They are rather simple solutions that can considerably improve the thermal performance of electrical mach ... [+]
Fans are commonly used to refrigerate electrical machines when air forced cooling is required. They are rather simple solutions that can considerably improve the thermal performance of electrical machines, so the fan analysis could become an important point during the thermal design of electrical machines. This paper presents an analysis by computational fluid dynamics (CFD) simulations with the goal of characterizing radial fans, used in electrical machines. Different boundary conditions and parameters that affect to CFD results are evaluated in order to get an efficient way to simulate radial fans. The main objective is to obtain the flow-pressure characteristic curve of fans and airflow velocities by CFD simulations. Finally CFD simulation results of 2 fans are experimentally validated. One of them has been analysed in a fan testing wind tunnel. And the second one has been analysed in an auto-ventilated machine. [-]
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