Rotating Machinery Research and Development Test Rigs

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Cover -- Half Title -- Title Page -- Copyright Page -- Dedication -- Table of Contents -- Preface -- Acknowledgments -- Author -- Chapter 1: Radial and Axial Rotor Force Design Technology -- 1.1 Double-Spool Spindle at Case for Fluid-Annulus Vibration -- 1.1.1 Extracting Anisotropic Radial Rotor Dynamic Coefficient Matrices -- 1.1.2 Hybrid Hydrostatic-Hydrodynamic Bearing Dynamic Properties -- 1.1.3 Journal-on-Bearing Impact Restitution Coefficient -- 1.2 Double-Spool Spindle Rig at Caltech for Pump Stage Testing -- 1.2.1 Rotor Dynamic Properties of a Complete Centrifugal Pump Stage -- 1.2.2 Unsteady-Flow Forces -- 1.3 Axial Bearing Squeeze-Film Damper Concept and Development -- Bibliography -- Chapter 2: Tabletop Rigs: Bently-Nevada Rotor Kit and Automatic 2-Plane Rotor Balancing -- 2.1 Squeeze-Film Rotor Vibration Dampers -- 2.2 Journal Bearing, Rub Impact, and Coefficient of Restitution -- 2.3 Nonlinear Hysteresis Loop of a Journal Bearing Oil Whip -- 2.4 Rotor with Two Planes of Automatically Controllable Balancers -- Bibliography -- Chapter 3: Large Steam Turbine Generator Turning-Gear Slow-Roll Journal Bearing Load Capacity -- 3.1 Prior State-of-the-Art and Motivations -- 3.2 Test Rig Design -- 3.3 Test Bearing and Journal Details -- 3.4 Test Duration and Measurements -- 3.5 What Tests Revealed -- Chapter 4: Journal Bearing and Radial Seal Rotor Dynamics -- 4.1 Mechanical Impedance Method with Harmonic Excitation -- 4.2 Mechanical Impedance Method with Impact Excitation -- 4.3 Oil Whip Instability-Threshold-Based Rig -- 4.4 Test Rig, High-Pressure Gas Labyrinth Seal Dynamic Forces -- Bibliography -- Chapter 5: Model-Based Condition Monitoring of Nuclear Power Plant Pumps -- 5.1 New Multistage Centrifugal Pump Test Facility -- 5.2 Model-Based Condition Monitoring -- 5.3 Summary of Nuclear Power Plant Pumps -- Bibliography

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