Chapter 1-Programs, Reports, and Records

• Environmental Pollution Control Program
• Monitor Program Operations
• Sample lesson plan -Cont.
• Sample lesson plan-Cont.
• Sample lesson plan-Cont.
• Sample lesson plan-Cont.
• Hazardous Material Spill Response Drill Scenarios
• Response drill scenarios
• Spill drill for gasoline
• Engineering Operational Casualty Control (EOCC) Manuals
• Spill drill for oil
• Spill drill for oil-Cont.
• Spill drill for freon
• EOCC Verification Checks
• Using the Feedback System
• Routine Feedbacks
• Prepare Full Power and Economy Trail Reports
• Marine Gas Turbine Equipment Logbooks
• Engineering trail report transmittal letter
• Figure 1-7.—Engineering trial report data, sheet 1 of 2.
• Figure 1-8.—Engineering trial report data, sheet 2 of 2.
• Figure 1-9.—Propulsion plant condition report.
• Review MGTE Log Books (MGTEL)
• Update WHB Operating records
• Sample  BIRMIS  report.
• Sample  BIRMIS  report—Continued.
• Sample  BIRMIS  report—Continued.
• Boiler water chemistry check sheets.
• Feedwater  chemistry  check  sheets.
• Figure 1-13.—Handout #l for sample lesson plan.
• Figure 1-13.—Handout #l for sample lesson plan—Continued.
• Figure 1-13.—Handout  #1  for  sample  lesson  plan—Continued.
• Figure 1-13.—Handout #l for sample lesson plan—Conthmed.

Chapter 2 Gas Turbine Maintenance

• General Inspection Procedures
• Geometric Orientation of the Engine
• Borescope Ports
• Compressor
• Indexing and Rotating the Engine
• Figure  2-7.—Borescope  inspection  ports.
• Figure 2-8.—Engine turning locations for borescope inspections.
• Service Limits
• Figure 2-10.—Zero indexing the compressor rotor.
• Figure  2-12.—Compressor  blade  leaners.
• Figure  2-13.—Compressor  rotor  blade  tip  clang  damage.
• Figure  2-14.—Platform  fretting  or  shingling.
• Figure  2-16.—Compressor  blade  midspan  shroud  wear.
• Combustion   Section
• Figure  2-19.—Combustion  liner  dome  band  and  plate  cracks.
• Figure  2-21.—Combustion  liner  dome  igniter  tube.
• Figure  2-23.—Combustor  inner  liner  cracks.
• Figure  2-25.—Inner/outer  liner  burns  and  missing  metal.
• HP   Turbine
• HP Turbine Blade Damage
• Figure 2-26.—HP turbine blade flaking and buildup.
• HP Turbine Blade Failure Modes
• Power  Turbine
• Evaluating  Physical  Size
• Troubleshooting Techniques
• ECSS Troubleshooting Procedures
• Component Changeout
• LM2500 Engine Changeout
• Coordination
• GTG Engine Changeout
• Maintenance Tips
• VSV Scheduling
• Corrosion
• Figure  2-32.—Simplified  corrosion  cell
• Types of Corrosion
• Intergranular  Corrosion
• Prevention and Control
• Preservation and Packaging for Storage
• Table 2-1a.—LM2500 Condition Codes
• Table 2-1b.—LM2500 Condition Codes (Cont'd)
• Table 2-1c.—LM2500 Condition Codes (Cont'd)
• Table 2-1d.—LM2500 Condition Codes (Cont'd)
• Figure 2-11a.—Engine inspection nomenclature
• Figure 2-11b.—Engine inspection nomenclature

Chapter 3 - Power Train and Propulsion Systems

• Figure  3-1.—Gear  tooth  nomenclature
• Tooth Wear and Failure
• Figure 3-2.—Progressive destructive pitting
• Figure 3-4.—Broken tooth
• Main Thrust Bearing Clearance Measurements
• Figure  3-6.—Thrust  bearing  and  housing
• Clutch and Brake Assemblies
• Maintenance of Equipment and Components
• Troubleshooting
• Propulsion Systems
• CRP/CPP Systems Operations
• Figure  3-9.—Emergency  pitch  arrangement
• Electronic Pitch Indicator System
• Figure  3-11.—Hub-mounted  electronic  pitch  position  transducer.
• Emergency Operation
• Electrohydraulic Servo Valve
• Alignments and Adjustments
• Removal and Replacement of Components

Appendix 1- References used to Develop the Traman

• Appendix 1-Cont.
• Appendix 1-Cont.

Index

• Index Cont.

Assignment Questions

• Assignment 1
• Assignment 1 Cont.
• Assignment 1 Cont.
• Assignment 1 Cont.
• Assignment 1 Cont.
• Assignment 1 Cont.
• Assignment 1 Cont.

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