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Richard J Goldstein
Researcher at University of Minnesota
Publications - 245
Citations - 15051
Richard J Goldstein is an academic researcher from University of Minnesota. The author has contributed to research in topics: Heat transfer & Heat transfer coefficient. The author has an hindex of 56, co-authored 242 publications receiving 14047 citations. Previous affiliations of Richard J Goldstein include University of Illinois at Chicago & Tulane University.
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Energy separation in shear layers
TL;DR: In this article, a numerical analysis was performed to study the mechanism of energy separation in a viscous heat-conducting shear layer, where two-dimensional time-dependent Navier-Stokes equations and total energy conservation equation were solved simultaneously for four different Reynolds numbers: 100, 200, 500, and 1000.
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Numerical heat transfer predictions and mass/heat transfer measurements in a linear turbine cascade
TL;DR: In this paper, the effect of secondary flows on mass transfer from a simulated gas turbine blade and hubwall is investigated using naphthalene sublimation, which provides non-dimensional mass transfer coefficients in the form of Sherwood numbers that can be converted to heat transfer coefficients through the use of an analogy.
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Film-Cooling Effectiveness With Injection Through a Porous Section
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The Influence of Secondary Flows Near the Endwall and Boundary Layer Disturbance on Convective Transport From a Turbine Blade
TL;DR: In this article, a naphthalene sublimation technique is used to investigate convective transport from a simulated turbine blade in a stationary linear cascade, where a trip wire is stretched along the span of the blade near the leading edge.
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Darryl E. Metzger Memorial Session Paper: The Influence of Secondary Flows Near the Endwall and Boundary Layer Disturbance on Convective Transport From a Turbine Blade
TL;DR: In this paper, a naphthalene sublimation technique is used to investigate convective transport from a simulated turbine blade in a stationary linear cascade, where a trip wire is stretched along the span of the blade near the leading edge.