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2002-1-1 · Free convective heat transfer between two vertical parallel plates, with one of the plates uniformly heated and the other thermally insulated, has been analyzed numerically for Prandtl numbers of ...
2019-4-10 · A quantity of interest is the heat rates over the plate that are obtained in the two cases: Nusselt number correlation: 50 W/m. Conjugate heat transfer: 49.884 W/m. For certain calculations, the approach based on Nusselt number .
DOI: 10.1007/BF03184976 Corpus ID: 118040238; Heat transfer in the thermal entrance region with turbulent flow between parallel plates at unequal temperatures @article{Hatton1963HeatTI, title={Heat transfer in the thermal entrance region with turbulent flow between parallel plates at unequal temperatures}, author={A. P. Hatton}, journal={Flow Turbulence and Combustion}, .
The heat transfer from a liquid passing in fully established Poiseuille flow between flat parallel plates of finite thermal transmissivity is treated for an arbitrary transverse temperature distribution in the liquid at the inlet. The temperature at any point of the liquid can be represented by a series of eigenfunctions. The even eigenfunctions of this problem have been calculated in earlier ...
Heat transfer in turbulent forced convection between parallel‐plates. M. N. Özişik, R. M. Cotta, Woo-Seung Kim. Published 1 October 1989. Physics. Canadian Journal of Chemical Engineering. On presente une resolution analytique du transfert de chaleur a la region d'entree thermique provoque par la convection forcee turbulente d'un fluide ...
We measure heat transfer coefficients of natural convection between two vertical smooth parallel plates heated uniformly in the laminar, transition, and turbulent regions. The heat transfer character...
The heat transfer from a liquid passing in fully established Poiseuille flow between flat parallel plates of finite thermal transmissivity is treated for an arbitrary transverse temperature distribution in the liquid at the inlet. The temperature at any point of the liquid can be represented by a series of eigenfunctions. The even eigenfunctions of this problem have been calculated in earlier ...
Int. J. Heal Mass Transfer. Vol. 1, pp. 306-311. Pergamon Press 1961. Printed in Great Britain. CONVECTION HEAT TRANSFER COEFFICIENTS FOR TURBULENT FLOW BETWEEN .
2021-6-4 · Discussion: "On Turbulent Flow Between Parallel Plates" (Pai, S. I., 1953, ASME J. Appl. Mech., 20, pp. 109–114) William Squire. William Squire ... J. Heat Transfer (March,2007) Evolution and Turbulence Properties of Self-Sustained Transversely Oscillating Flow Induced by Fluidic Oscillator.
Heat transfer in turbulent flow between parallel plates is solved by matched asymptotic expansion technique for the case of uniform wall temperature, and the Nusselt number and the thermal entry lengths are determined over a wide range of Reynolds and Prandtl numbers. Simple analytical expression is presented for the asymptotic Nusselt number. A comparison of the asymptotic .
1994-8-1 · Two-dimensional turbulent heat transfer between a series of parallel plates with surface mounted discrete block heat sources was studied numerically. The computational domain was subjected to periodic conditions in the streamwise direction and repeated conditions in the cross-stream direction (Double Cyclic). The second source term was included in the energy .
1977-2-1 · The steady-state freezing of liquids of low Prandtl number in turbulent flow between parallel plates, the walls of which are kept at uniform temperature lower than the freezing temperature of the liquid, is solved by matched asymptotic technique. The location of the liquid-solid interface and the heat transfer rate are established as a function of the axial position .
2019-4-10 · A quantity of interest is the heat rates over the plate that are obtained in the two cases: Nusselt number correlation: 50 W/m. Conjugate heat transfer: 49.884 W/m. For certain calculations, the approach based on Nusselt number .
The thermal entry region heat transfer due to turbulent forced convection of a Newtonian fluid inside a parallel‐plate duct maintained at constant uniform temperature is solved analytically and the local Nusselt numbers are determined with a high degree of accuracy up to the region very close to the inlet.
Heat transfer to and from fully developed turbulent flow in a circular and between parallel plates is analyzed. The use of Pai's velocity and correlation distributions allows a consistent .
REMARKS ON THE HEAT TRANSFER TO GASES IN TURBULENT FLOW BETWEEN PARALLEL PLATES. Get access DOI: 10.1615/IHTC7.1430 pages 33-38. Sergio Faggiani ... Heat transfer results, for gases with Pr=0.7, are presented in the ranges Re = 10 4 −10 5 and T W /T B = 1.0−1.7, both in the thermal entrance region and in the following one. The predictions ...
2019-4-10 · A quantity of interest is the heat rates over the plate that are obtained in the two cases: Nusselt number correlation: 50 W/m. Conjugate heat transfer: 49.884 W/m. For certain calculations, the approach based on Nusselt number .