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Showing papers by "Richard J Goldstein published in 1999"

Journal Article•DOI•
Flow visualization of a round jet impinging on cylindrical surfaces

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Cristina Cornaro1, Amy S. Fleischer1, Richard J Goldstein1•
University of Minnesota1
01 Oct 1999-Experimental Thermal and Fluid Science
TL;DR: In this paper, smoke wire flow visualization is used to investigate the behavior of a round jet issuing from a straight tube and impinging on concave and convex surfaces with high relative curvature values.

160 citations

Journal Article•DOI•
Heat transfer—a review of 1995 literature

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E. R. G. Eckert1, Richard J Goldstein1, W. E. Ibele1, Suhas V. Patankar1, Terrence W. Simon1, Paul J Strykowski1, Kumar K. Tamma1, Thomas H. Kuehn1, Avram Bar-Cohen1, Joachim Heberlein1, Jane H. Davidson1, John C. Bischof1, Francis A Kulacki1, Uwe Kortshagen1 •
University of Minnesota1
01 Aug 1999-International Journal of Heat and Mass Transfer

22 citations

Book Chapter•DOI•
A Visualization Study of Jet Impingement on Cylindrical Surfaces

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Richard J Goldstein1, Amy S. Fleischer1, Cristina Cornaro2•
University of Minnesota1, University of Rome Tor Vergata2
01 Jan 1999-Heat and Mass Transfer
TL;DR: In this article, smoke-wire visualization provides insight into the flow structure of round jets issuing from straight tubes and impinging on concave and convex surfaces with high relative curvature values.
Abstract: Smoke-wire visualization provides insight into the flow structure of round jets issuing from straight tubes and impinging on concave and convex surfaces with high relative curvature values. The technique provides a crosssectional view of the jet, allowing the imaging of the initiation and growth of ring vortices in the jet shear layer and their subsequent interaction following impingement on the cylindrical surfaces. Both photographic and video records of the flow are obtained. Effects of relative curvature, nozzle-to-surface distance and Reynolds number on the impinging jet flow structure are described.