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Design, Validation, and Effective Manufacturing of FSAE Sidepods
Technical Paper
2021-01-5004
ISSN: 0148-7191, e-ISSN: 2688-3627
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Automotive Technical Papers
Language:
English
Abstract
A car with a good aerodynamic design works efficiently. The sidepod is one such aerodynamic device that aids in increasing the cooling performance of a radiator. The objective of this article is to validate the design of the sidepod, which provides the maximum possible mass flow rate of air, which in turn increases the efficiency of the radiator. Validation was performed by comparing the values of mass flow rate obtained by analytical calculations, simulations, and experimentation. Firstly, analytical calculations were performed on the sidepod using the principles of fluid dynamics. Six models of the sidepod were designed with varying dimensions with undertray and without undertray. Simulations were performed on the models to find the design of the sidepods that provide results closest to the manually obtained values. An attempt was made to describe the setup required for simulating these sidepods along with the radiator, fan, and shroud. This article also targets to explain the setup necessary for the computational fluid dynamics (CFD) analysis in detail to obtain realistic and accurate results. The obtained model was manufactured using an effective and efficient manufacturing method. Thus an additional objective of this article is to carry out the manufacturing process by the production of a cost-effective mold to consume less time and resources, provide a smooth surface finish and high specific strength, and require minimal machining processes. An experiment was done on the final product experimental mass flow rate of the sidepod setup. The results obtained by this validation process are described in detail pertaining to every step in the procedure.
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Citation
Nikhita, K., Bodke, P., and Thangavel, V., "Design, Validation, and Effective Manufacturing of FSAE Sidepods," SAE Technical Paper 2021-01-5004, 2021, https://doi.org/10.4271/2021-01-5004.Data Sets - Support Documents
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References
- Patil , A.M. and Hole , V.S. Design and Manufacturing of Aerodynamic Devices for Formula Student Car International Research Journal of Engineering and Technology 7 5991 5994 2020
- Pujari , P.L. Analysis and Design of FSAE Powertrain International Research Journal of Engineering and Technology 448 460 2018
- Christoffersen , L. and Söderblom , D. Optimizing the Cooling Air Flow of a Formula Causing CFD 4th European Automotive Simulation Conference Munich, Germany July 6-7, 2009
- Oxyzoglou , I. 2017
- Blazek , J. Computational Fluid Dynamics: Principles and Applications Amsterdam Butterworth-Heinemann Elsevier Ltd 2007 978-0-08-099995-1
- Szabo , J. High Speed Engine Tuning When Factoring In Ram Air https://www.enginelabs.com/engine-tech/engine/high-speed-engine-tuning-factoring-ram-air/ 2020
- Gyanathan , A. 2011
- Hucho , W. Aerodynamics of Road Vehicles—From Fluid Mechanics to Vehicle Engineering London Butterworth & Co. Publishers 1987 9781483102078
- Gardner , P.F. 2011
- De Silva , C.M. , Nor Azmi , M. , Christie , T. , Abou-Saba , E. et al. Computational Flow Modelling of Formula-SAE Sidepods for Optimum Radiator Heat Management Journal of Engineering Science and Technology 6 94 108 2011
- Adams , H. Chassis Engineering The Berkley Publishing Group USA 1993 102 103
- Trivedi , P.K. and Vasava , N.B. Study of the Effect of Air Mass Flow Rate on Heat Transfer Rate in Automobile Radiator by CFD Simulation Using CFX International Journal of Engineering Research & Technology 1 1 4 2009
- Carl , M. and Guy , D. The Theoretical and Experimental Investigation of the Heat Transfer Process of an Automobile Radiator ASEE Gulf Southwest Annual Conference Waco, Texas 2012
- 2020
- Hu , H.H. Fluid Mechanics Amsterdam Butterworth-Heinemann Elsevier Ltd 2012 978-0-12-382100-3
- Revuz , J. and Hargreaves , D.M. On the Domain Size for the Steady-State CFD Modelling of the Tall Building Wind and Structures 15 313 329 2011
- Creech , D. , https://www.cfd-online.com/Forums/main/861-can-someone-explain-y-plus-value.html 2020
- https://www.cfd-online.com/Wiki/Y_plus_wall_distance_estimation 2020
- Knupp , P.M. Remarks on Mesh Quality 45th AIAA Aerospace Sciences Meeting and Exhibit Reno, Nevada 2017
- https://www.cfd-online.com/Forums/fluent/90281-convergence.html 2020
- SimScale Fundamentals of Computational Fluid Dynamics
- https://www.researchgate.net/post/What_is_the_difference_between_Grid_Independent_Test_and_Mesh_Convergence_Study 2020
- Kalpakjian , S. and Schmid , S.R. Manufacturing Processes for Engineering Materials Boston, MA Pearson Publishers 978-81-317-0566-7
- https://make.3dexperience.3ds.com/processes/introduction-to-molding-processes 2020
- Lubin , G. Handbook of Composites New York Van Nostrand Reinhold Company Ltd. 978-1-4615-7141-4
- Bhatt , P. and Goel , A. Carbon Fibres: Production, Properties and Potential Use Material Science Research India 14 52 57 2017
- https://netcomposites.com/guide/repair/vacuumbagging/#:~:text=The%20first%20layer%20that%20goes,subsequent%20bleeder%20or%20breather%20layers.&text=A%20porous%20peel%20ply%20is,ply%20surface%20texture%20is%20required 2020
- Francucci , G. and Palmer , S. External Compaction Pressure over Vacuum-Bagged Composite Parts: Effect on the Quality of Flax Fiber/Epoxy Laminates Journal of Composite Materials 52 1 3 15 2017