(RCM) and rotating equipment fault diagnosis and dynamic balancing technology

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Reliability Centered Maintenance (RCM) and Fault Diagnosis and Dynamic Balancing Techniques for Rotating Equipment – December 21–26, Chengdu. Chapter 1: Reliability Centered Maintenance (RCM). Reliability-centered condition-based maintenance. 1. Evolution of equipment management； 2. The emergence and development of RCM ； 3. Applications of RCM in various industries ； 4. RCM Implementation Process ； 5. Key RCM Technologies ； 6. Construction of RCM management system ； 7. RCM application practice cases. Chapter 2 Basic Knowledge of Vibration and Principles of Vibration Measurement 1. Definition and Measurement of Vibration ； 2. Vibration measurement parameters ； 3. Selection and applications of vibration sensors ； 4. The significance of TSI in vibration 5. The significance and conversions of vibration displacement, velocity, and acceleration ； 6. Three elements of vibration ； 7. Vibration analysis methods ； 8. Various vibration spectra and their applications. Chapter 3 Interpretation of Vibration Standards 1. Domestic and International Vibration Standards ； 2. Basis and role in the establishment of vibration standards ； 3. Scope of application of GB/T6075.2 vibration standards ； 4. Scope of application of GB/T11348.2 vibration standards ； 5. Zones for vibration assessment criteria ； 6. Shaft vibration criteria I and II ； 7. Vibration amplitude during unsteady operating conditions ； 8. Unit vibration alarm values and trip values ； 9. Turbine vibration protection logic ； 10. Issues related to the implementation of vibration standards. Chapter 4 Shaft Unbalance 1. Concept of Unbalance ； 2. Vibration of the rotor system caused by imbalance ； 3. Stress and damage caused by imbalance ； 4. Other issues that appear unbalanced ； 5. Unbalance problem—blade detachment ； 6. Rotating blade detachment detection method ； 7. Characteristics of several typical vibrations. Chapter 5 Rotor Bending 1. Understanding Rotor Bending ； 2. Mechanism of rotor bending ； 3. Dynamic response of a bent rotor ； 4. Thermal bending during shutdown ； 5. Thermal bending during operation ； 6. Diagnosing rotor bending ； 7. Eliminate rotor thermal bending ； 8. Bend failure cases. Chapter 6 Radial Loads and Misalignment – Static Radial Loads ； 2. Misalignment concept ； 3. Vibration mechanism caused by misalignment ； 4. Reasons for misalignment ； 5. Representation of misalignment ； 6. Misalignment cases. Chapter 7 Dynamic and Static Rubbing 1. Introduction to Friction and Loosening ； 2. Local radial friction and full-perimeter friction ； 3. Changes in friction force and spring stiffness ； 4. Meaning of the Newkirk effect ； 5. Reasons for dynamic and static contact ； 6. Characteristics of friction faults ； 7. Other faults with characteristics similar to friction faults ； 8. Prevention and elimination of static and kinetic friction ； 9. Friction failure cases. Chapter 8 Fluid-Induced Instability 1. Instability Modes: Vortices and Oscillations ； 2. Fault characteristics of fluid-induced instability ； 3. Other faults that can produce similar fault characteristics ； 4. Identification of the instability source ； 5. Eliminate fluid-induced instability ； 6. Typical cases of fluid-induced instability. Chapter 9 On-site High-Speed Dynamic Balancing 1. Balancing Methods ； 2. Multimodal and multiplanar balance ； 3. Multi-planar balance through influence vectors ； 4. Selection of lag angle and test load weight ； 5. Rigid rotor balancing cases ； 6. Flexible rotor balancing case study. Chapter 10 Vibration of Auxiliary Equipment 1. Reference Standards for Vibration Limits of Auxiliary Equipment ； 2. Vibration fault diagnosis and cases for fans ； 3. Vibration fault diagnosis of pumps and case studies ； 4. Motor vibration fault diagnosis and cases ； 5. Vibration fault diagnosis of gearboxes and cases ； 6. Vibration fault diagnosis of rolling bearings and cases. Chapter 11: The Importance of TSI and TDM for Equipment Fault Diagnosis 1. The testing principle of TSI and its proper configuration ； 2. How to choose TSI correctly ； 3. TSI fault inquiry and fault diagnosis ； 4. Testing principle of TDM ； 5. How to choose TDM correctly ； 6. TDM fault querying and fault diagnosis ； 7. How to use TDM correctly. Chapter 12: On-site Troubleshooting – Various units describe the faults of their existing equipment, and on-site troubleshooting is carried out.