W. M. Kays
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Convective Heat and Mass Transfert Open
Keywords: transfert de chaleur ; echangeurs de : chaleur ; couche : limite ; modeles de : turbulence ; transfert de masse Reference Record created on 2005-11-18, modified on 2016-08-08
Full-coverage film cooling on flat, isothermal surfaces: Data and predictions Open
The heat transfer and fluid mechanics characteristics of full-coverage film cooling were investigated. The results for flat, isothermal plates for three injection geometries (normal, slant, and compound angle) are summarized and data conce…
Full-coverage film cooling heat transfer study: Summary of data for normal-hole injection and 30 deg slant-hole injection Open
Heat transfer to a full coverage film cooled turbulent boundary layer over a flat surface was studied. The surface consisted of a discrete hole test section containing 11 rows of holes spaced 5 diameters apart in a staggered array and an i…
Turbulent transport of heat and momentum in a boundary layer subject to deceleration, suction and variable wall temperature Open
The relationship between the turbulent transport of heat and momentum in an adverse pressure gradient boundary layer was studied. An experimental study was conducted of turbulent boundary layers subject to strong adverse pressure gradients…
Heat Transfer to the Highly Accelerated Turbulent Boundary Layer With and Without Mass Addition Open
Experimental heat transfer data are presented for a series of asymptotic accelerated turbulent boundary layers for the case of an impermeable wall, and several cases of blowing, and suction. The data are presented as Stanton number versus …
The Turbulent Boundary Layer - Experimental Heat Transfer with Blowing, Suction, and Favorable Pressure Gradient Open
Experimental heat transfer data from turbulent boundary layers with transpiration and favorable pressure gradients
Convective Heat and Mass Transfer Open
An integrated, modern approach to transport phenomena for graduate students, featuring traditional and contemporary examples to demonstrate the diverse practical applications of the theory. Written in an easy to follow style, the basic pri…
Compact Heat Exchangers Open
THE book presents friction factors and Stanton numbers for 88 heat-exchanger configurations together with a text explaining the parameters and their use in design calculations.This extensive compilation is the result of research which has …
Closure to “Discussions of ‘Heat Transfer Between Concentric Rotating Cylinders’” (1959, ASME J. Heat Transfer, 81, pp. 183–186) Open
was thought at first that this observed behavior might be local at the particular section of the vortex pattern through which the temperature profile was measured, and that it might be compensated for, on the average, by the temperature di…
Heat Transfer in the Turbulent Incompressible Boundary Layer Open
Superposition techniques are used to calculate the rate of heat transfer from a flat plate to a turbulent incompressible boundary layer for several cases of variable surface temperature. The predictions of a number of these calculations ar…
THE HEAT TRANSFER AND FLOW FRICTION PERFORMANCE OF THREE COMPACT PLATE-FIN HEAT EXCHANGER SURFACES. Technical Report No. 7 Open
fin conduction cross- section area to fin perimeter. The elliptical shape does not eliminate pressure drag, as boundary layer separation still takes place at about the mid-point of the fin. This particular surface geometry does give some d…
STAN5: A program for numerical computation of two-dimensional internal and external boundary layer flows Open
A large variety of two dimensional flows can be accommodated by the program, including boundary layers on a flat plate, flow inside nozzles and diffusers (for a prescribed potential flow distribution), flow over axisymmetric bodies, and de…