Rolls Royce 1004227 Users Manual Design Evolution, Reliability And Durability Of Aero Derivative Combustion Turbines

2015-02-06

• INTRODUCTION
  • Risk Trends
    • Current Technology Trends Related to Industrial Combustion T
    • Applied Aero Technology Trends Directly Transferred to Indus
    • Advanced Aero Technology Trends Transferred to Industrial Co
    • Independently Developed Technology Applied to Industrial Com
    • Other Risk Factors
  • The Use of Advanced Technology for Peaking Duty
  • Insurers and Lenders Perspective
• ROLLS-ROYCE AERO-DERIVATIVE COMBUSTION TURBINE BACKGROUND
  • Summary
  • RB211 Background Information
    • RB211 Horsepower Ratings
    • RB 211 Maintenance Approach.
      • Turnaround Time and Costs
      • Parts Life Upgrades
  • Trent Background Information
    • Trent Maintenance Approach
  • Avon Background Information
  • Pedigree Matrix for the RB211 and Trent 60 Engines
• RELIABILITY, AVAILABILITY AND MAINTAINABILITY
  • Data Analysis: Rolls-Royce Aero-derivative Engines
    • RAM Statistics: Avon, RB211 and Trent - All Duties
    • Additional RB 211 Operating Statistics
  • RAM Assessment
  • Conclusion
• BIBLIOGRAPHY
  • Literature Citations
    • KNOWN ISSUES
      • RB 211 MAINTENANCE SCOPE
  • RB 211 - 2,000 Hour Inspection
    • RB 211 - 8,000 Hour Inspection
      • RB 211 - Midlife Workscope
        • On Removal
          • Rebuild
            • RB 211 - Overhaul Workscope
              • On Receipt of Engine
          • RAM TERMS AND DEFINITIONS
          • INSTALLATION LISTS