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NUMERICAL STUDY AND DESIGN OF SIDE-DIFFUSERS FOR FORMULA-SAE CAR

Author(s)
Chatpattanasiri, C.
Bunpapong, K.
Sahastharachai, M.
Puangkird, B.
Date Issued
March 31, 2022
Type
Article
DOI
10.14456/jrame.2022.1
Abstract
This research focuses on designing side-diffusers for Formula Student race car. The aim is to reduce the lap time in a circular track called Skid-pad event by mean of increasing downforce generated by the diffusers, a ground effect aerodynamic device. Utilizing three-dimensional CFD simulation via cloud computing to obtain the most optimal design among the studied parameters. The study employs SST k-omega turbulence model with an incompressible flow and isothermal assumptions and the CFD model is validated via wind tunnel testing. Finally, the results show that the optimal outlet angle of 32 degrees due to the behavior vortex above the diffuser and the higher the outlet to inlet height, the lesser downforce.
Citation
Journal of Research and Applications in Mechanical Engineering, 10(1), 2022
Subjects

CFD

Diffusers

Downforce

Formula Student

Skid-pad

SST k-omega

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