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Numerical Simulation of Vehicle Defroster Flow Field
ISSN: 0148-7191, e-ISSN: 2688-3627
Published February 23, 1998 by SAE International in United States
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Computational Fluid Dynamics (CFD) is used in this investigation to determine the velocity field in the vicinity of vehicle windshield due to defroster flow. The analysis was performed using the CFD package STAR-CD. CFD results were obtained and compared to test data. Hot-wire anemometry was used to experimentally determine the velocity field in the vicinity of the defroster nozzle jet flow and windshield interior surface. The experimental results were used to verify the integrity of the CFD models and validate our use of CFD modeling. The ability of the CFD models to quantify the flow field can be inferred from the present results. Based on the degree of correlation of the velocity profiles between the CFD simulations and the experimental work, it can be concluded that CFD simulation is a valid technique to investigate the air flow characteristics of vehicle defroster and windshield flow field.
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CitationAbdulNour, B., "Numerical Simulation of Vehicle Defroster Flow Field," SAE Technical Paper 980285, 1998, https://doi.org/10.4271/980285.
- AbdulNour, B. S. 1997 “Hot-Wire Velocity Measurements of Defroster and Windshield Flow” Automotive Climate Control Design Elements SAE Publication SAE Paper No. 970109 29 36
- Brewster, R. A. Frink, S. Werner, F. 1997 “Computational Analysis of Automotive Windshield De-Icing with Comparison to Test Data” Vehicle Thermal Management Systems Conference Proceedings SAE Publication SAE Paper No. 971833 469 483
- Nasr, K. J. AbdulNour, B. S. 1997 “Defrosting of Automotive Windshield: Progress and Challenges” International Journal of Vehicle Design