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GAS BULK TEMPERATURE MEASUREMENT IN HIGH TEMPERATURE
HEAT TRANSFER FROM CYLINDERS VIBRATING AT LARGE
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ac/dc adiabatic exit Aerospace and Mechanical Allen and Eckert approximately average bell jar calculated calibrated circular tube compressible convective heat transfer cross flow cylinder data points determined due to wake end of heating exit length exponent fluid properties forced convection correlation friction factor Hallman hcalc heat at constant heat transfer coefficient heat transfer parameters heated length heated wake hydraulic diameter idealized inches of mercury Inconel laminar flow low Mach number lower figure Mach number runs mass flow rate Mechanical Engineering Department natural convection number range Nusselt number obtain oscillation perature percent Prandtl number prediction pressure drop property variation radiation Rayleigh number reduction in heat significant Simple harmonic motion solution Sparrow specific heat strong heating rates test section tion turbulent flow uncertainty University of Arizona upper figure varied vertical velocity vibration Reynolds number Voltage measurement leads wake interference wall heat flux Wall-to-bulk temperature difference zero heating rate