• Comprehensive 5-day technical program
• Hands-on exercises in vibration measurement and balancing
• Real-world case studies from industrial and power applications
• Focus on predictive and preventive maintenance
• Practical insights into rotor dynamics and balancing methods
• Integration of diagnostics into maintenance planning

By the end of this course, participants will be able to :

•Understand the principles of gas turbine operation and dynamics
•Identify causes of vibration and imbalance in rotating machinery
•Apply balancing techniques for rotor systems
•Conduct vibration measurements and diagnostics
•Implement corrective actions to reduce mechanical stress and failure risks
•Optimize maintenance schedules based on turbine condition
•Enhance turbine efficiency, reliability, and lifespan

This course is suitable for:

• Mechanical, Maintenance, and Reliability Engineers
• Rotating Equipment Technicians and Supervisors
• Power Plant and Industrial Turbine Operators
• Condition Monitoring and Vibration Analysis Specialists
• Maintenance Planners and Asset Management Professionals

Day 1: Introduction to Gas Turbines & Rotor Dynamics

•Overview of gas turbine systems and components
•Rotor dynamics principles
•Causes and effects of unbalance
•Operational and maintenance challenges
•Case studies of turbine imbalance issues

Day 2: Vibration Analysis & Measurement Techniques

•Vibration theory and fundamentals
•Measurement tools and instrumentation
•Data acquisition and signal interpretation
•Identifying vibration patterns and sources
•Hands-on exercises in vibration analysis

Day 3: Balancing Techniques & Methods

•Static and dynamic balancing principles
•Single-plane and multi-plane balancing
•Field balancing vs. workshop balancing
•Corrective actions and adjustment procedures
•Practical exercises in rotor balancing

Day 4: Diagnostics & Troubleshooting

•Root cause analysis of vibration problems
•Condition monitoring techniques
•Predictive maintenance strategies
•Case studies of turbine diagnostics
•Practical troubleshooting exercises

Day 5: Maintenance Optimization & Best Practices

•Integrating balancing into maintenance programs
•Reducing downtime and operational risks
•Performance optimization strategies
•Continuous improvement and lessons learned
•Group exercises, review, and key takeaways

CDGA attendance certificate will be issued to all attendees completing a minimum of 80% of the total course duration.