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- W2182761023 abstract "NACA RM L5i'D25b NATIONAL ADVISORY COMMITTEE FOR AERONAUTICS RESEARCHMEMORANDUM BEAT TRANSFER INREGIONS OF SEPARATEDANDREATTACHEDFLOWS By Davis H. Crawford and Charles B. Rumsey SUMMARY Past experimental work has indicated that separated flow can greatly increase the heat transfer to a surface; whereas, some theoretical studies have indicated a possible decrease. Recent investigations have helped to clarify the effects of separation on heat transfer and have indicated a method of reducing separation. This paper considers the results of some of these investigations and shows the heat transfer in regions of separation and reattachment for a few specific shapes. These results show that the heat transfer in a separated region is strongly affected by the extent of separation, the location of the reattachment point, and the location of transition along the separated boundary. INTRODUCTION Recent experimental and theoretical investigations have shown that the separation of the boundary layer from a surface can have a great effect on the heat flow to the surface. At high altitudes and high Mach numbers, the presence of separation is more likely, and the regions of separation are more extensive because of the thicker boundary layers characteristic of this type of flight. Past experimental work has indi- cated that separated flow can greatly increase the heat transfer to a surface (ref. 1), whereas some theoretical studies have indicated a pos- sible decrease (ref. 2). Recent investigations have helped to clarify the effects of separation on heat transfer and have indicated a method of reducing separation. This paper considers the results of some of these investigations and shows the heat transfer in regions of separation and reattachment for a few specific shapes. For one of these shapes, boundary- layer bleed was used to delay separation and to alter the heat transfer in the region of possible separation. b distance along surface from zero station to sphere-cylinder juncture" @default.
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- W2182761023 date "1962-01-01" @default.
- W2182761023 modified "2023-09-27" @default.
- W2182761023 title "RESEARCH MEMORANDU,M" @default.
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