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Document Outline

• Contents
• Preface
• Part 1: Elements of Pump Design
  • 1 Introduction
    • System Analysis for Pump Selection
    • Differential Head Required
    • NPSHA
    • Shape of Head Capacity Curve
    • Pump Speed
    • Liquid Characteristics
    • Viscosity
    • Specific Gravit
    • Construction
    • Pump Selection
  • 2 Specific Speed and Modeling Laws
    • Definition of Pump Specific Speed and Suction Specific Speed
    • The Affinity Law
    • Specific Speed Charts
    • Correction for Impeller Trim
    • Model Law
    • Factoring Laws
  • 3 Impeller Design
    • Impeller Layout
    • Design Suggestions
  • 4 General Pump Design
    • Performance Chart
  • 5 Volute Design
    • Types of Volute Designs
    • General Design Considerations
  • 6 Design of Multi-Stage Casing
    • General Considerations in Crossover Design
    • Specific Crossover Designs
    • Crossovers with Radial Diffusing Sections
    • Crossovers with Diagonal Diffusing Sections
    • Mechanical Suggestions
  • 7 Double-Suction Pumps and Side-Suction Design
    • Double-Suction Pump Design
    • Side Suction and Suction Nozzle Layout
  • 8 NPSH
    • Establishing NPSHA
    • Predicting NPSHR
    • Moderate Speed Pumps
    • Influence of Suction Specific Speed (N[sub(ss)]
    • High Speed Pumps
    • Suction Piping
    • Effect of Viscosity
• Part 2: Applications
  • 9 Vertical Pumps
    • Design Features
    • Pump Vibration
  • 10 Pipeline, Waterflood, anil CO[sub(2)] Pumps
    • Pipeline Pumps
    • Waterflood Pumps
    • CO[sub(2)] Pumps
  • 11 High Speed Pumps
    • History and Description of an Unconventional Pump Type
    • Terminology
    • Partial Emission Formulae
    • Specific Speed
    • Suction Specific Speed
    • Inducers
    • Partial Emission Design Evolution
    • Design Configuration Options
    • Other High-Speed Considerations
  • 12 Double-Case Pumps
    • Configurations
    • Design Feature
    • Double-Case Pump Rotordynamic Analysis
    • Comparison of Diffuser Casings with Volute Casings
  • 13 Slurry Pumps
    • Slurry Abrasivity
    • Pump Materials to Resist Abrasive Wear
    • Slurry Pump Types
    • Specific Speed and Wear
    • Areas of Wear
  • 14 Hydraulic Power Recovery Turbines
    • Selection Process
    • Turbine Performance Prediction
    • Optimizing and Adjusting Performance Characteristics
    • Design Features (Hydraulic and Mechanical)
    • Operating Considerations
    • Performance Testing
    • Operation and Control Equipment
  • 15 Chemical Pumps-Metallic and Nonmetatlic
    • ANSI Pumps
    • General Construction
    • Casing Covers
    • Frame
    • Bearing Housing
    • Bedplates
    • Other Types of Chemical Pumps
    • Nonmetallic Pumps
    • General Construction of Nonmetallic Pumps
    • Nonmetalic Immersion Sump Pumps
    • Processes
• Part 3: Mechenical Design
  • 16 Shaft Degin and Axial Thrust
    • Shaft Design
    • Axial Thrust
  • 17 Mechanical Seals
    • Theory of Operation
    • Design Fundamentals
    • Seal Leakage
    • Seal Wear
    • Classification of Seals by Arrangement
    • Classification of Seals by Design
    • Materials of Construction
    • Mating Ring Designs
    • Adaptive Hardware
    • Upstream Pumping
    • Mechanical Seals for Chemical Service
    • Mechanical Seals for Refinery Service
    • Typical Applications
    • Light Hydrocarbon Service
    • Mechanical Seal Installation and Troubleshootin
  • 18 Vibration and Noise in Pumps
    • Introduction
    • Sources of Pump Noise
    • Causes of Vibrations
    • Rotordynamic Analysis
    • Diagnosis of Pump Vibration Problems
    • Appendix
    • Acoustic Velocity of Liquids
• Part 4: Extending Pump Life
  • 19 Alignment
    • Definitions
    • Why Bother With Precise Alignment?
    • Causes of Misalignment
    • Pre-Alignment Steps
    • Methods of Primary Alignment Measurement
    • Methods of Calculating Alignment Movements
    • Jig Posts
    • Numerical Examples
    • Thermal Growth
  • 20 Rolling Element Bearings and Lubrication
    • Friction Torque
    • Function of the Lubricant
    • Oil Versus Grease
    • Oil Characteristics
    • General Lubricant Considerations
    • Application Limits for Greases
    • Life-Time Lubricated, "Sealed" Bearings
    • Oil Viscosity Selection
    • Applications of Liquid Lubricants in Pumps
    • Oil Bath Lubrication
    • Drip Feed Lubrication
    • Forced Feed Circulation
    • Oil Mist Lubrication
    • Selecting Rolling Element Bearings for Reduced Failure Risk
    • Magnetic Shaft Seals in the Lubrication Environment
  • 21 Mechanical Seal Reliability
    • Failure Analysis
    • Seal Hardware Failures
    • Seal Failures from Installation Problems
    • Seal Failures Related to Pump Hardware
    • Seal Failures Caused by Pump Repair and installation
    • Seal Failures Caused by Pump Operation
    • Reliability
• Index
  • A
  • B
  • C
  • D
  • E
  • F
  • G
  • H
  • I
  • L
  • M
  • N
  • P
  • R
  • S
  • T
  • U
  • V
  • W

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