Flow: Its Measurement and Control in Science and Industry, Part 2Rodger B. Dowdell |
Contents
X | 461 |
CRITICAL FLOW CHARACTERISTICS | 473 |
Annular Averaging Applied to Flow Measurement K O Plache | 497 |
Copyright | |
52 other sections not shown
Common terms and phrases
accuracy anemometer angle applications average bubbles calibration curve centerbody circuit conductivity constant temperature cylinder nozzle density determined developed device discharge coefficient downstream effect electronic equation error experimental factor film flow coefficient flow measurement flow tube flowmeter fluid velocity flux fluxmeter frequency function gases head loss heat transfer hot wire hot-film sensor hot-wire hydraulic increase indicate inlet instrument KEXP laminar laminar flow length linear liquid low Reynolds number magnetic field mass flow rate maximum mean velocity ment meter method obtained operation orifice plate output particle percent pitot tube pressure drop probe pulse pump range ratio resistance Reynolds number sensor shown in Fig shows signal soil speed standard stream taps technique thermal thermistor tion total head tracer transducer turbulence upstream valve variation velocity velocity profile venturi viscosity voltage volume zero