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Laminar And Transitional Heat Transfer In The Two Dimensional Separated Flow Behind A Sharp Protruding Leading Edge

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Laminar And Transitional Heat Transfer In The Two Dimensional Separated Flow Behind A Sharp Protruding Leading Edge

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Author : Josef Rom
language : en
Publisher:
Release Date : 1967

Laminar And Transitional Heat Transfer In The Two Dimensional Separated Flow Behind A Sharp Protruding Leading Edge written by Josef Rom and has been published by this book supported file pdf, txt, epub, kindle and other format this book has been release on 1967 with Aerothermodynamics categories.

Heat transfer rates are measured in the separated flow region behind the two-dimensional sharp protruding leading edge step model (boundary layer thickness is zero at the separation point) in the high enthalpy laminar near subsonic and supersonic flow in the shock tube. The measurements are carried out in a shock Mach number range from 2.3 to 10, and a corresponding flow Mach number range from 0.5 to 2.62. The Reynolds number, which is based on the height of the leading edge above the flat plate where the heat transfer rates are measured, varies from 300 to 17,000, and the local Reynolds number on the plate varies from 700 to 290,000. The results are correlated in terms of the non dimensional parameters of Nusselt number as a function of the Mach and Reynolds numbers and stagnation to wall enthalpy ratio. The variations of local, average and maximum heat transfer rates are presented. (Author).

Correlation Of Laminar And Transitional Heat Transfer Rates Measured In Base Type Separated Flows In A Shock Tube

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Author : Josef Rom
language : en
Publisher:
Release Date : 1969

Correlation Of Laminar And Transitional Heat Transfer Rates Measured In Base Type Separated Flows In A Shock Tube written by Josef Rom and has been published by this book supported file pdf, txt, epub, kindle and other format this book has been release on 1969 with categories.

Laminar heat transfer rate distributions were measured in the separated regions of a two-dimensional backward facing step, an axially symmetric backward facing step, a blunt two-dimensional base, a sharp protruding two-dimensional leading edge and in the leading edge bubble over the surface of a flat nosed two-dimensional model. The first three configurations had an initial boundary layer ahead of separation, while in the last two configurations separation occurred at the leading edge with approximately zero boundary layer thickness. All measurements were performed in the straight section of a shock tube. Maximum and average heat transfer rates were measured in the reattachment zone and over the separated region. (Author).