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Dec 26, 2024
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2024-2025 College Catalog
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AVM 229 - Engine Support Systems 2 Credits, 4 Contact Hours 1 lecture periods 3 lab periods Theory and application of support systems for gas turbine engines and engine air flow systems. Includes reciprocating engine induction systems, superchargers, turbochargers, reciprocating engine exhaust systems, reciprocating engine cooling, turbine engine induction systems, turbine engine cooling, turbine engine exhaust systems. Includes fire protection, fire detection systems, fire extinguishing agents and systems. Also includes turbine engine pneumatic systems, pneumatic starting systems, thrust reversers, auxiliary power units, and engine storage and transport.
Course Learning Outcomes
- Recall proficient knowledge of engine induction and exhaust systems
- Recall proficient knowledge of engine fire protection systems
- Demonstrate common processes/procedures associated with engine accessory systems
Outline:
- Reciprocating Engine Induction Systems
- Basic Carburetor Induction System
- Supercharged Induction Systems
- Turbine Engine Inlet Systems
- Divided-Entrance Duct
- Variable-Geometry Duct
- Compressor Inlet Screens
- Bellmouth Compressor Inlets
- Turboprop and Turboshaft Compressor Inlets
- Turbofan Engine Inlet Sections
- Reciprocating Engine Exhaust Systems
- Radial Engine Exhaust Collector Ring System
- Manifold and Augmentor Exhaust Assembly
- Reciprocating Engine Exhaust System Maintenance Practices
- Exhaust System Inspection
- Muffler and Heat Exchanger Failures
- Exhaust Manifold and Stack Failures
- Internal Muffler Failures
- Exhaust Systems with Turbocharger
- Augmentor Exhaust System
- Exhaust System Repairs
- Turbine Engine Exhaust Nozzles
- Convergent Exhaust Nozzle
- Convergent-Divergent Exhaust Nozzle
- Thrust Reversers
- Afterburning/Thrust Augmentation
- Thrust Vectoring
- Engine Noise Suppression
- Turbine Engine Emissions
- Reasons for Removal of Reciprocating Engines
- Engine or Component Lifespan Exceeded
- Sudden Stoppage
- Sudden Reduction in Speed
- Metal Particles in the Oil
- Spectrometric Oil Analysis Engine Inspection Program
- Turbine Engine Condition Monitoring Programs
- Engine Operational Problems
- General Procedures for Engine Removal and Installation
- Preparation of Engines for Installation
- QECA Buildup Method for Changing of Engines
- Depreservation of an Engine
- Inspection and Depreservation of Accessories
- Inspection and Replacement of Powerplant External Units and Systems
- Preparing the Engine for Removal
- Draining the Engine
- Electrical Disconnects
- Disconnection of Engine Controls
- Disconnection of Lines
- Other Disconnections
- Removing the Engine
- Hoisting the Engine
- Hoisting and Mounting the Engine for Installation
- Connections and Adjustments
- Preparation of Engine for Ground and Flight Testing
- Pre-Oiling
- Fuel System Bleeding
- Propeller Check
- Checks and Adjustments After Engine Runup and Operation
- Rigging, Inspections, and Adjustments
- Rigging Power Controls
- Adjusting the Fuel Control
- Turboprop Powerplant Removal and Installation
- Reciprocating Helicopter Engine and QECA
- Removal of Helicopter QECA
- Installation, Rigging, and Adjustment of Helicopter QECA
- Testing the Engine Installation
- Engine Mounts
- Mounts for Reciprocating Engines
- Mounts for Turbofan Engines
- Turbine Vibration Isolation Engine Mounts
- Preservation and Storage of Engines
- Corrosion-Preventive Materials
- Corrosion-Preventive Compounds
- Dehydrating Agents
- Engine Preservation and Return to Service
- Engine Shipping Containers
- Inspection of Stored Engines
- Preservation and Depreservation of Gas Turbine Engines
- Engine Fire Protection Systems
- Components
- Engine Fire Detection Systems
- Fire Zones
- Engine Fire Extinguishing System
- Fire Extinguishing Agent
- Turbine Engine Ground Fire Protection
- Containers
- Discharge Valves
- Pressure Indication
- Two-Way Check Valve
- Discharge Indicators
- Fire Switch
- Warning Systems
- Fire Detection System Maintenance
- Fire Detection System Troubleshooting
- Fire Extinguisher System Maintenance Practices
- Boeing 777 Aircraft Fire Detection and Extinguishing System
- Overheat Detection
- Fire Detection
- Nacelle Temperature Recording
- Continuous Fault Monitoring
- Single/Dual Loop Operation
- System Test
- Boeing 777 Fire Extinguisher System
- Squib
- Engine Fire Switches
- Engine Fire Operation
- APU Fire Detection and Extinguishing System
- APU Fire Warning
- Fire Bottle Discharge
Effective Term: Fall 2024
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