EXPERIMENTAL DETERMINATION OF THE LAW OF HEAT EXCHANGE FOR THE TURBULENT BOUNDARY LAYER IN A SUPERSONIC FLOW,
FOREIGN TECHNOLOGY DIV WRIGHT-PATTERSON AFB OHIO
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It is concluded that 1 the nondimensional heat-transfer coefficient obtained through the use of flow parameters taken at the wall temperature depends on the temperature factor and only weakly on the Mach number 2 the obtained empirical formulas are to be used for calculating heat transfer in the range of M, Re, and temperature values considered 3 the empirical relationships expressed by local properties of the boundary layer are obtained, and may be regarded as complementary relations in the form of the heat transfer law in the integral equation of the boundary layer for a body of arbitrary shape with zero or negative gradients of velocity or temperature.
- Fluid Mechanics