Flow Measurement in Closed Conduits: Proceedings of a Symposium Held at the National Engineering Laboratory, 27th-30th September 1960, Volume 1 |
Contents
Papers A1 Significance of a component runner for | 5 |
A3 First results concerning the effects of water | 21 |
A4 Influence of a current meter frame on | 33 |
6 other sections not shown
Common terms and phrases
accuracy Amer area ratio ASME Beitler boundary layer calibration cent Code coefficient characteristics coefficient value concentric orifice contraction convergent corner tappings current meters curve deviation device differential pressure discharge coefficient Discussion downstream East Kilbride eccentric orifices effect Engel Engineering Engrs error factor flange tappings flow coefficient flow measurement flow rate flowmeter fluid friction coefficient hydrometry inch influence installation instrument investigation length manometer mean velocity mech nozzle obtained orifice meter orifice plate paper penstock piezometer pipe diameter pipe roughness pitot tube pitot-static position pressure tappings probe Professor propeller range readings rev/s Reynolds number segmental orifice showed shown in Fig standard orifice static holes static pressure steam surface temperature three-quarter radius throat tion traverse turbine load University of Liège upstream face upstream pipe variation velocity distribution velocity profile vena contracta tappings venturi venturimeter viscosity wall static weighing tank