Chennai Saveetha Engineering College

Chennai, India

Chennai Saveetha Engineering College

Chennai, India
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Sivakumar K.,Valliammai Engineering College | Sivakumar K.,Chennai Saveetha Engineering College | Natarajan E.,Anna University | Kulasekharan N.,Valliammai Engineering College | Kulasekharan N.,Chennai Saveetha Engineering College
International Journal of Engineering and Technology | Year: 2014

The work reported in this paper is a systematic experimental heat transfer and pressure drop comparison between smooth and three different sized square ribbed divergent rectangular ducts. The heights of the rib turbulators (e) were 3, 6 and 9 mm. This yields an rib height (e) to mean hydraulic diameter of the duct (Dm) ratio of 0.035, 0.0697 and 0.1046 respectively with a fixed rib pitch (p) to test section inlet width (w) ratio of 0.6, and to maintained identical mass flow rate. The results obtained from the ribbed ducts were compared with that of the same parameter smooth (without ribs) divergent rectangular duct. The enhanced heat transfer rate for the 3 mm height rib divergent rectangular duct is more than 6, 9 mm rib height rectangular divergent duct and smooth duct. For pressure drop point of view 6 and 9 mm rib height is higher than 3 mm and smooth duct respectively.

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