Flow Measurement Engineering Handbook
Miller, Richard W.
Flow Measurement Engineering Handbook - 3rd ed - New York McGraw-Hill, Inc. 1996
Introduction Fluid Properties Measurement Accuracy Influence Quantities Flowmeter Selection Introduction to the Differential Producer Installation The Engineering Equations Design Information Fixed Geometry Devices Computations Critical Flow Linear Flowmeters Meter Influence Quantities Appendix - A: Discussion and Proofs Appendix - B: Pipe Data and Reynolds Number Curves Appendix - C: Flow Rate Reynolds Number Equations and Unit Conversions Appendix - D: Generalized Fluid Properties Appendix - E: Liquid Density and Specific Gravity Appendix - F: Viscosities of Liquids Appendix - G: Gas Compressibility Factors and Steam Density Tables Appendix - H: Viscosities of Gases Appendix - I: Isentropic Exponents Index
9780070423664 0.00
681.2 / MIL
Flow Measurement Engineering Handbook - 3rd ed - New York McGraw-Hill, Inc. 1996
Introduction Fluid Properties Measurement Accuracy Influence Quantities Flowmeter Selection Introduction to the Differential Producer Installation The Engineering Equations Design Information Fixed Geometry Devices Computations Critical Flow Linear Flowmeters Meter Influence Quantities Appendix - A: Discussion and Proofs Appendix - B: Pipe Data and Reynolds Number Curves Appendix - C: Flow Rate Reynolds Number Equations and Unit Conversions Appendix - D: Generalized Fluid Properties Appendix - E: Liquid Density and Specific Gravity Appendix - F: Viscosities of Liquids Appendix - G: Gas Compressibility Factors and Steam Density Tables Appendix - H: Viscosities of Gases Appendix - I: Isentropic Exponents Index
9780070423664 0.00
681.2 / MIL