Rotor and Structural Dynamics of Turbomachinery
This book teaches engineers and scientists the principles of turbomachinery design. It provides a complete study of existing approaches for analysing rotor and structure dynamics while limiting the use of mathematical equations. Rotors and structures are each given their own terminology, allowing readers to easily distinguish between the two.
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Furthermore, the book discusses the fundamental principles required to comprehend rotor failure modes caused by lateral and torsional oscillations. It takes the reader from simple single-degree-of-freedom models to the most complicated multi-degree-of-freedom systems, as well as providing important information on steel pedestal stiffness deterioration and other structural difficulties.
The various forms of fluid-film bearings and their dynamical behaviour are thoroughly addressed and discussed in the context of various turbomachinery applications. The book also examines shaft alignment and rotor balancing from a practical standpoint, giving readers with critical information to assist them in solving actual difficulties.
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Because the primary body of the book concentrates on diagnostics and case studies addressing the most pressing practical concerns, as well as their effective solutions, it serves as a valuable reference tool, assisting field engineers in dealing with day-to-day challenges with turbomachinery.
Contents in Rotor and Structural Dynamics of Turbomachinery
Basics of Rotor and Structural Vibration
Mathematical Model
Rotor-to-Structure Interaction
Fluid-Film, Steam and/or Gas Seal Influences on Rotor Dynamics
Rotor Balancing: Concept, Modeling and Analysis
Rotor Train Alignment
Condition Monitoring of Rotors
Case Studies
Link: https://cutt.ly/iAEWNCN
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