Effects of Liquid Transpiration Cooling on Heat Transfer to the Diverging Region of a Porous-Walled Nozzle

This research effort investigated the effects of evaporation of water on the heat transferred to the wall of the diverging portion of a porous walled nozzle The AFIT High Pressure Shock Tube was used with a two-dimensional Mach 3 nozzle. One flat surface of the nozzle was fitted with a layer of poro...

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Bibliographic Details

Main Author:	Schieb, Daniel J.
Format:	text
Published:	AFIT Scholar 1997
Subjects:	Heat transfer Transpiration Porous materials Rocket nozzles Liquid cooling Temperature Heat Transfer, Combustion Propulsion and Power
Online Access:	https://scholar.afit.edu/etd/5764 https://scholar.afit.edu/context/etd/article/6767/viewcontent/ADA336722_Redacted_2.pdf
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