Accession Number : AD0619694
Title : APPROXIMATE INTEGRAL APPROACH TO STRATIFICATION WITH BOTTOM HEATING.
Descriptive Note : Aerophysics rept.,
Corporate Author : LOCKHEED MISSILES AND SPACE CO SUNNYVALE CALIF
Personal Author(s) : Vliet,G. C.
Report Date : MAR 1965
Pagination or Media Count : 62
Abstract : An analysis is presented for thermal stratification of a subcooled liquid draining from cylindrical flat-bottomed vessels with both wall and bottom heating. It is based on natural convection boundary layer flow along the vertical walls in the unstratified region, assumes time invariant dimensionless temperature profiles in the stratified region and assumes the bottom heat rate to mix instantaneously with the uniform temperature unstratified region. For a non-draining vessel the analysis predicts an asymptotic overall temperature profile to be approached, i.e., asymptotic stratified layer thickness and asymptotic temperature difference between the surface and the unstratified region.
Descriptors : (*LAMINAR FLOW, MATHEMATICAL MODELS), (*THERMAL CONDUCTIVITY, LAMINAR FLOW), (*HEATING, TANKS(CONTAINERS)), HEAT TRANSFER, BOUNDARY LAYER, TURBULENCE, THERMAL PROPERTIES, INTEGRALS
Distribution Statement : APPROVED FOR PUBLIC RELEASE