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Experimental Apparatus and Instrumentation
Theory for the Unsteady Combustion
3 other sections not shown
A.S.M.E. Transactions acoustic resonance air duct air flow rate amplitude apparent temperature approximately Average lb black body bustion calculated calibration curve combustion chamber compressible fluid constant decrease deflection deg F emissivity equation exciting force experimental Figure 28 film Flame Temperature Measurements flame temperature oscillation frequency of oscillation fuel flow fuel pump fuel rate Fuel System heat addition higher air/fuel ratio instantaneous flame temperature intensity of radiation internal combustion engine lb per sec lower fuel pressures maximum multiple values nonblack body Observed Frequencies obtained optical comparator optical pyrometer organ pipe oscilloscope Pahnke Photomultiplier pickup pitot tube reading Power Supply pressure fluctuation pressure variation psig Quartz Window quency resonant frequency resonant sound Resonating conditions result revolving film shown in Figure Sodium-D-line Reversal Sodium-Line Reversal Method steady-flow combustion steady-flow process study of steady-flow supercharger blades supercharger speed thermocouples time-average tungsten University of Wisconsin unsteady phenomena upstream Uyehara velocity vibration wave length Weighing Scale