
Accession Number : AD0256177
Title : LAMINAR HEAT TRANSFER TO THE MOST WINDWARD RAY OF A 15 DEGREE SPHERICALLY BLUNTED CONE AT ANGLE OF ATTACK
Corporate Author : GENERAL APPLIED SCIENCE LABS INC HEMPSTEAD N Y
Report Date : APR 1960
Pagination or Media Count : 1
Abstract : For the case of a spherically blunted 15 degree half angle cone, it was shown that quite satisfactory prediction of the heat transfer to the most windward ray of the cone at angle of attack may be obtained using approximate form of the solution for the heat transfer to the stagnation line of a yawed cylinder. For the body considered, the applicability of the approximation extends from (a) equal 5 degrees to (a) equal 50 degrees. At zero angle of attack, the approximation may be improved by using the local values of the surface pressure.
Descriptors : *BLUNT BODIES, *CONICAL BODIES, *HEAT TRANSFER, *HYPERSONIC CHARACTERISTICS, AERODYNAMIC CHARACTERISTICS, BODIES OF REVOLUTION, BOUNDARY LAYER, LAMINAR BOUNDARY LAYER, MATHEMATICAL ANALYSIS, SUPERSONIC FLOW
Distribution Statement : APPROVED FOR PUBLIC RELEASE