Activities

• Learning Outcomes

  Introduction to Gas Turbines
  1. **Overview of Gas Turbine Technology**
     - History and Development
     - Applications and Importance2. **Basic Principles of Gas Turbine Operation**
     - Thermodynamics
     - Brayton CycleGas Turbine Components

  
  2. **Compressor**
     - Types and Functions
     - Design and Operation4. **Combustion Chamber**
     - Combustion Process
     - Fuel Types and Injection Systems5. **Turbine**
     - Types of Turbines
     - Design and Performance6. **Exhaust System**
     - Exhaust Flow and Heat Recovery
     - Environmental ConsiderationsGas Turbine Performance and Efficiency

  3. **Performance Parameters**
     - Power Output
     - Efficiency Metrics8. **Factors Affecting Performance**
     - Ambient Conditions
     - Maintenance Practices9. **Efficiency Improvement Techniques**
     - Advanced Materials
     - Cooling TechnologiesGas Turbine Operation and Control

  4. **Startup and Shutdown Procedures**
      - Safety Considerations
      - Step-by-Step Procedures11. **Control Systems**
      - Automation and Monitoring
      - Protection Systems12. **Troubleshooting and Maintenance**
      - Common Issues and Solutions
      - Maintenance Schedules and PracticesAdvanced Topics

  5. **Gas Turbine Design and Engineering**
      - Design Considerations
      - Computational Tools and Simulations14. **Emerging Technologies**
      - Hybrid Systems
      - Future Trends in Gas Turbine Technology15. **Case Studies and Practical Applications**
      - Real-World Examples
      - Lessons Learned
• 

  الإعلانات Forum