Flow Measurement for Engineers and ScientistsThis book discusses instrumentation and experimental methods for obtaining detailed information on the structure of various types of flows as well as standard process flow instrumentation suitable for industrial control applications. It assists research-oriented and process engineering personnel. |
Contents
Structure of Flow | 1 |
Overview of Turbulence Measurements | 56 |
Principles of Thermal Anemometry 76 822 | 76 |
Techniques for TwoPhase Flow Investigations | 114 |
Flow Experimentation Using Optical and Light | 175 |
Application of Photographic and Optical Techniques | 202 |
Light Scattering and Fiber Optics | 221 |
Holography | 227 |
Notation | 249 |
Analyzing and Controlling Open Channel and Partial | 317 |
Flow Measurements with Flumes and Weirs | 347 |
Open Flow Nozzle | 362 |
Estimating Flows from the Manning Formula | 371 |
Notation | 377 |
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Flow Measurement for Engineers and Scientists Nicholas P. Cheremisinoff,Paul N. Cheremisinoff Limited preview - 2022 |
Common terms and phrases
amplitude anemometer angle applied average beam beam splitter bubble calibration channel Cipolletti coefficient components constant correlation curve density depth diameter differential dimensionless distribution Doppler eddies electromagnetic electronic energy equation fiber film float flow meter flow rate fluctuations fluid fluidized flume frequency friction function h₂ head loss heat transfer hologram holography hot-wire hydraulic hydraulic jump intensity laminar laser length lens liquid magnetic flow meters maximum mean velocity momentum normal nozzle Nusselt obtained operating optical oscillation output parameter particles pattern phase piezoelectric pipe flow plane plate probe volume pulse radiation range ratio rays reflected refraction residence time distribution Reynolds number sampling sensor shown in Figure signal slope Snell's law spectrum surface techniques temperature tion transducer transmitted transverse waves tube two-phase flow typical V₁ valve velocity velocity profile venturi viscosity voltage volumetric flow rate wall wave wavelength weir zero