Enhancement of Heat Transfer Performance of a Fin Tube Heat Exchanger Using Modified Delta Winglet Vortex Generator

The heat transfer performance of a fin tube heat exchanger is played very important role for getting maximum performance. For obtain the maximum heat transfer performance used a lot of active and passive techniques by the researchers. In this paper the heat transfer performanceenhanced by using the modified delta winglet vortex generator.The rectangular plate dimensions are considered 300mm*200mm*4mm, in which 12 Thermo couples are fitted for measuring the effect of temperature and pressure difference. The colburn factor is further determined in relation to the Reynolds number with the aid of mathematical computations. As is well known, the performance of heat transfer is directly correlated with the colburn factor. The experimental procedure repeats two times, first without a winglet and the second time it is performed with a winglet. A comparison of heat transfer performance is to be done with or without the winglet.

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Publication Details

Journal
Engineering headway
Published
2025-08-22
DOI
https://doi.org/10.4028/p-yhrd6u
Primary Topic
Heat Transfer and Optimization
Type
article
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article

Enhancement of Heat Transfer Performance of a Fin Tube Heat Exchanger Using Modified Delta Winglet Vortex Generator

Narinder Kaushik, Sachin Gupta, Pardeep Gahlot, Akshay Sheoran
2 links
Engineering headway
Heat Transfer and Optimization
article

Enhancement of Heat Transfer Performance of a Fin Tube Heat Exchanger Using Modified Delta Winglet Vortex Generator

Narinder Kaushik, Sachin Gupta, Pardeep Gahlot, Akshay Sheoran
article en

Abstract

The heat transfer performance of a fin tube heat exchanger is played very important role for getting maximum performance. For obtain the maximum heat transfer performance used a lot of active and passive techniques by the researchers. In this paper the heat transfer performanceenhanced by using the modified delta winglet vortex generator.The rectangular plate dimensions are considered 300mm*200mm*4mm, in which 12 Thermo couples are fitted for measuring the effect of temperature and pressure difference. The colburn factor is further determined in relation to the Reynolds number with the aid of mathematical computations. As is well known, the performance of heat transfer is directly correlated with the colburn factor. The experimental procedure repeats two times, first without a winglet and the second time it is performed with a winglet. A comparison of heat transfer performance is to be done with or without the winglet.

Engineering headwayVol. 26
Minnesota Agriculture in the Classroom Foundation (US), Maharshi Dayanand University (IN)
Openalex Percentile: Top 78%
Heat Transfer and Optimization
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