Description

Book Synopsis
Centrifugal pumps are characterized by high, smooth flows at pressures up to 3000psi and are less costly to operate and maintain than other types of systems. For this reason centrifugal pumps are the most commonly used over a broad range of services from water pumping in a city's drinking system to oil pumping within a machine.

Table of Contents
Fluid Mechanic Fundamentals.

Instability, Turbulence and Separation.

Pipes, Bends and Diffusers.

Pumping Systems.

General Pump Theory.

Pump Fluid Mechanics.

Boundary Layers in Pumps.

Cavitation in Pumps.

Performance Calculation.

Pump Design Procedure.

Design Examples.

Rotor Dynamics of Pumps.

Inlet and Exit Recirculation.

Two-Phase Flow in Pumps.

High-Viscosity Pumps.

Sand and Slurry Erosion in Pumps.

Ejector Pump Systems.

Evaluation of New Fluid Machinery Concepts.

Computer Programs for Pumps.

Appendix.

Index.

Centrifugal Pump Design A WileyInterscience publication

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    A Hardback by John Tuzson

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      View other formats and editions of Centrifugal Pump Design A WileyInterscience publication by John Tuzson

      Publisher: Wiley
      Publication Date: Publication Date: 01/11/2000
      ISBN13: 9780471361008, 978-0471361008
      ISBN10:

      Description

      Book Synopsis
      Centrifugal pumps are characterized by high, smooth flows at pressures up to 3000psi and are less costly to operate and maintain than other types of systems. For this reason centrifugal pumps are the most commonly used over a broad range of services from water pumping in a city's drinking system to oil pumping within a machine.

      Table of Contents
      Fluid Mechanic Fundamentals.

      Instability, Turbulence and Separation.

      Pipes, Bends and Diffusers.

      Pumping Systems.

      General Pump Theory.

      Pump Fluid Mechanics.

      Boundary Layers in Pumps.

      Cavitation in Pumps.

      Performance Calculation.

      Pump Design Procedure.

      Design Examples.

      Rotor Dynamics of Pumps.

      Inlet and Exit Recirculation.

      Two-Phase Flow in Pumps.

      High-Viscosity Pumps.

      Sand and Slurry Erosion in Pumps.

      Ejector Pump Systems.

      Evaluation of New Fluid Machinery Concepts.

      Computer Programs for Pumps.

      Appendix.

      Index.

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