Measurements of three-dimensional flow using a multi-tube twin-wire resistance probe manometer
Cong Liu, B.C. Gooi
Abstract
Cong Liu, B.C. Gooi
Abstract
A computer-controlled three-dimensional flow measurement system using a hemispherical five-hole Pitot probe in conjunction with a multi-tube twin-wire resistance probe manometer was derived. The system is capable of performing a measurement in 2.5 seconds. Application of such a system was demonstrated through the measurement of the vortex flow behind a model delta wing.
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A computer-controlled three-dimensional flow measurement system using a hemispherical five-hole Pitot probe in conjunction with a multi-tube twin-wire resistance probe manometer was derived. The system is capable of performing a measurement in 2.5 seconds. Application of such a system was demonstrated through the measurement of the vortex flow behind a model delta wing.
Key concepts: Pitot tube, Pressure measurement, Tube (container), Flow resistance, Flow (mathematics), Flow measurement, Materials science, Mechanics