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SUMMARY OF PREVIOUS WORK
SUMMARY AND CONCLUSIONS
DESCRIPTION OF TEST EQUIPMENT AND TEST CORES
7 other sections not shown
Air flow metering air flow rate air temperature air-side basic heat transfer Bessel function blow-steam rate bottom header Btu/(hr ft2 Calculations Chapter Circular-Finned-Tube Surfaces CM CM CM CM rH rH compared Comparison of Heat condensate constant copper core tests correlation curve dimensionless downstream energy balance energy unbalance equation estimated evaluated extended surfaces film average fin pitches flow length form drag free-flow area friction data friction factor friction power heat transfer area heat transfer results heat transfer-friction power hot core Hydraulic diameter in-line tubes inches Jameson Katz manometers metering number range orifice pressure differential piezometer pin-fin core pin-fin surfaces pins Prandtl number pressure drop reference 18 reference 20 Reynolds number rH H rH rH rH rows deep skin friction Spofford Stanton number steam-side StPr superheat tabulated Test Core Data test duct thermocouples tion transfer and flow transfer and friction TRANSFER—FRICTION POWER CHARACTERISTICS tube pitch ratios tube spacing uncertainty viscosity