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Industrial Flow Measurement - David W. Spitzer

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        Avis sur Industrial Flow Measurement de David W. Spitzer Format Relié  - Livre Technologie

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        Présentation Industrial Flow Measurement de David W. Spitzer Format Relié

         - Livre Technologie

        Livre Technologie - David W. Spitzer - 01/04/2026 - Relié - Langue : Anglais

        . .

      • Auteur(s) : David W. Spitzer
      • Editeur : Instrument Society Of America
      • Langue : Anglais
      • Parution : 01/04/2026
      • Format : Moyen, de 350g à 1kg
      • Nombre de pages : 464.0
      • ISBN : 9781556178719



      • Résumé :

        Preface Why Measure Flow? xiii
        About the Author xv
        About the Book xvii
        Acknowledgments xix

        Chapter 1 INTRODUCTION 1

        Chapter 2 FLUID FLOW FUNDAMENTALS 3

        Chapter 3 PERFORMANCE MEASURES 49

        Chapter 4 LINEARIZATION AND COMPENSATION 63

        Chapter 5 TOTALIZATION 73

        Chapter 6 FLOWMETER CALIBRATION 79

        Chapter 7 MEASUREMENT OF FLOWMETER PERFORMANCE 87

        Chapter 8 MISCELLANEOUS CONSIDERATIONS 97

        Chapter 9 INTRODUCTION TO FLOWMETERS 111

        Chapter 10 DIFFERENTIAL PRESSURE FLOWMETERS 117

        Chapter 12 MASS FLOWMETERS 185

        Chapter 13 OPEN CHANNEL FLOWMETERS 201

        Chapter 14 OSCILLATORY FLOWMETERS 211

        Chapter 15 POSITIVE DISPLACEMENT FLOWMETERS 245

        Chapter 16 TARGET FLOWMETERS 283

        Chapter 17 THERMAL FLOWMETERS 293

        Chapter 18 TURBINE FLOWMETERS 303

        Chapter 19 ULTRASONIC FLOWMETERS 319

        Chapter 20 VARIABLE AREA FLOWMETERS 331

        Chapter 21 CORRELATION FLOWMETERS 345

        Chapter 22 INSERTION FLOWMETERS 351

        Chapter 23 BYPASS FLOWMETERS 369

        Chapter 24 FACTORS IN FLOWMETER SELECTION 373

        Chapter 25 DATA REQUIRED FOR FLOWMETER SELECTION 387

        Appendix A REFERENCES 425

        Appendix B ANSWERS TO EXERCISES 427

        INDEX 439

        ...

        Biographie:

        David William Spitzer is a principal of Spitzer and Boyes, LLC, where he is a consultant practicing instrumentation, flow, measurement, and process control engineering. In addition, he provides product development, marketing, and distribution channel services. He was previously the Manager of Utility and Instrumentation Engineering at Nepera, Inc., Harriman, NY, where he was responsible for technical support and direction in the electrical, instrumentation, and utility areas on a plant-wide basis.
        Mr. Spitzer serves on the American Society of Mechanical Engineers' Committee on Measurement of Fluid Flow in Closed Conduits. He is also a member of the editorial advisory board of INTECH, INTECH Brasil, and Flow Control magazines.
        A frequent instructor at the ISA Training Center in Raleigh, NC, and throughout the United States and internationally in the Short Course Program, Mr. Spitzer is the author of Variable Speed Drives, Principles and Applications for Energy Cost Savings. He is also Volume Editor of Flow Measurement, part of ISA's Practical Guides for Instrumentation and Control Series and author of various books about flowmeters in The Consumer's Guide to... series.

        ...

        Sommaire:

        Industrial Flow Measurement is a practical, well-illustrated guide that introduces engineers and technicians to the processes of measuring liquid and gas flow in industrial systems. Written for readers from technicians to managers, this book explains fluid properties (temperature, pressure, viscosity and density), performance measures (accuracy, repeatability and turndown) and how environmental and piping conditions affect measurements. It reviews the major flowmeter technologies, including differential pressure, magnetic, Coriolis mass, ultrasonic, vortex, positive displacement, turbine, thermal and open-channel methods, providing clear descriptions of how each works, typical applications, sizing and installation guidance and maintenance concerns.

        This book emphasizes practical selection procedures, calibration and real-world constraints, enabling users to choose the best meter for a given process. This edition includes exercises, examples and reference data that serve as useful resources for anyone involved in industrial flow measurement and selection.

        ...

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