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Full Description
The second edition of Rotor Systems book covers analysis and identification in rotor systems including rotor dynamic phenomena, gyroscopic effects and instabilities. It is biased towards the FEM analysis of complex rotors and covers the unbalanced identification and bearing dynamic parameter identification algorithms, sensors and exciters used in rotor system and related signal conditioning equipment.
Control of rotor system including analysis of simple and multi-DOF rotor system has been expanded.
Covers rotor analysis from simple single degree of freedom to multi-degree of freedom with lots of solved examples Bearing and seals theory are discussed with perspective to rotor dynamics
Discusses finite element method and transfer matrix methods for torsional and transverse vibration analysis
Contains basic information on the condition monitoring of various types of rotating machinery
Reviews control of rotor system includes analysis of simple and multi-DOF rotor system.
This book is aimed at senior undergraduate/graduate students in mechanical engineering, rotordynamics, rotating machinery/turbomachinery, and related fields.
Contents
1.A Brief History of Rotor Dynamics 2. Transverse Vibrations-I: Simple Rotor Systems 3. Bearing and Seal Systems 4. Transverse Vibrations-II: Simple Rotor-Bearing-Foundation Systems 5. Transverse Vibrations-III: Simple Rotor Systems with Gyroscopic Effects 6. Torsional Vibrations of Rotors-I: The Direct and Transfer Matrix Methods 7. Torsional Vibrations of Rotors-II: The Continuous System and FE Methods 8. Transverse Vibrations-IV: Multi-DOF Rotors 9. The Continuous and Finite Element Transverse Vibration Analyses of Simple Rotor Systems 10. Transverse Vibrations-VI: Finite Element Analysis of Rotors with Gyroscopic Effects 11. Instability in Rotating Machines 12. Instability of Multi-DOF Rotors Mounted On Flexible Bearings 13. Dynamic Balancing of Rotors 14. Experimental Estimation of Dynamic Parameters of Bearings Dampers and Seals 15. Measurements in Rotating Machineries 16. Signal Processing in Rotating Machineries 17. Vibration Based Condition Monitoring in Rotating Machineries 18. Active Magnetic Bearings In Rotors
