Turbo Machinery Dynamics Design and Operations 1st Edition by AS Rangwala ISBN 0071453695 9780071453691

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Product details:
ISBN 10: 0071453695
ISBN 13: 9780071453691
Author: AS Rangwala

Turbo Machinery Dynamics Design and Operations 1st Edition Table of contents:

Section 1: Introduction to Turbomachinery

1. Overview of Turbomachinery
2. Types of Turbomachines and Their Applications
3. Principles of Turbomachinery Operation
4. Basic Terminology and Nomenclature
5. Key Performance Parameters in Turbomachinery

Section 2: Fluid Mechanics and Thermodynamics in Turbomachinery
6. Fluid Flow Fundamentals in Turbomachines
7. Thermodynamic Principles in Turbomachinery
8. Energy Transfer and Work Output in Turbomachines
9. Continuity, Momentum, and Energy Equations for Turbomachinery
10. Loss Mechanisms in Fluid Flow and Their Impact on Efficiency

Section 3: Rotordynamics and Vibration Analysis
11. Introduction to Rotordynamics
12. Dynamic Modeling of Rotors and Bearings
13. Rotor Vibrations and Resonance Phenomena
14. Critical Speeds and Stability Analysis
15. Vibration Control Techniques in Turbomachinery

Section 4: Design Principles of Turbomachinery
16. Design Considerations for Compressors, Turbines, and Pumps
17. Aerodynamic Design of Turbomachinery Components
18. Structural Design of Rotors and Blades
19. Selection of Materials for High-Temperature and High-Stress Applications
20. Thermal Considerations in Turbomachinery Design

Section 5: Performance Analysis and Efficiency Optimization
21. Performance Characteristics of Turbomachinery
22. Efficiency Enhancement in Turbomachines
23. Heat Recovery and Energy Efficiency Strategies
24. Design for Optimal Operation and Minimizing Losses
25. Testing and Evaluation of Turbomachine Performance

Section 6: Thermodynamic Cycles and Turbomachinery Applications
26. Brayton Cycle and Its Application to Gas Turbines
27. Rankine Cycle and Its Role in Steam Turbines
28. Refrigeration and Heat Pump Cycles in Turbomachinery
29. Hybrid Systems and Their Integration with Turbomachines
30. Optimization of Cycle Efficiency in Power Generation

Section 7: Fluid-Structure Interaction and Acoustic Analysis
31. Fluid-Structure Interaction in Turbomachines
32. Stress and Deformation Analysis in Rotors
33. Acoustic Noise and Vibration in Turbomachines
34. Minimizing Vibration and Acoustic Emissions in Design

Section 8: Operational Considerations in Turbomachinery
35. Startup, Shutdown, and Operational Procedures
36. Load and Speed Control Strategies
37. Performance Monitoring and Diagnostics
38. Predictive Maintenance and Reliability Engineering
39. Safety Systems and Emergency Protocols

Section 9: Advanced Topics in Turbomachinery Dynamics
40. Computational Fluid Dynamics (CFD) in Turbomachinery Design
41. Computational Structural Mechanics (CSM) and FEA in Rotordynamics
42. Advanced Vibration Control Techniques and Smart Materials
43. Turbomachinery in Aerospace and Marine Applications
44. Emerging Technologies and Innovations in Turbomachinery

Section 10: Case Studies and Real-World Applications
45. Case Study: Performance and Design of a Gas Turbine Engine
46. Case Study: Vibration Issues in High-Speed Compressors
47. Case Study: Thermal Stress and Efficiency Optimization in Steam Turbines
48. Case Study: System Integration of Pumps and Compressors in Industrial Plants

Section 11: Future Trends and Challenges in Turbomachinery
49. Future Developments in Turbomachinery Design and Efficiency
50. Environmental Considerations and Sustainable Practices in Turbomachinery
51. The Role of Artificial Intelligence and Machine Learning in Design and Operations
52. Advancements in Hybrid and Electric Turbomachinery Systems

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