Liquid crystals are used to investigate the effect of high relative curvature on surface heat transfer for a round air jet impinging perpendicularly on a semicylindrical convex surface.T he relative curvature, (d/D), is varied by changing the jet tube diameter for the same surface diameter. Relative curvature varies from 0.18–0.38. The effects of relative curvature, Reynolds number and jet exit-to-surface spacing are described.
Cornaro, C., Fleischer, A., Rounds, M., Goldstein, R. (2001). Jet impingement cooling of a Convex Semi-Cylindrical Surface. INTERNATIONAL JOURNAL OF THERMAL SCIENCES, 40, 890-898.
Jet impingement cooling of a Convex Semi-Cylindrical Surface
CORNARO, CRISTINA;
2001-01-01
Abstract
Liquid crystals are used to investigate the effect of high relative curvature on surface heat transfer for a round air jet impinging perpendicularly on a semicylindrical convex surface.T he relative curvature, (d/D), is varied by changing the jet tube diameter for the same surface diameter. Relative curvature varies from 0.18–0.38. The effects of relative curvature, Reynolds number and jet exit-to-surface spacing are described.File in questo prodotto:
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