21691805
Description
Mind Map by Bernardo Algarín, updated more than 1 year ago
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Created by Bernardo Algarín
over 6 years ago
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Engine Maintenance and Operation
- Reciprocating Engine Overhaul
- The actual overhaul period for a specific engine is generally
determined by the manufacturer’s recommendations.
- Receiving Inspection
- consists of determining the general condition of
the total engine as received, along with an
inventory of the engine’s components.
- Inspection Process
- Visual
- Cleaning
- it is important to clean all engine
parts thoroughly to facilitate further
inspection.
- Degreasing
- Removing Hand Carbon
- Degreasing
- it is important to clean all engine
parts thoroughly to facilitate further
inspection.
- Cleaning
- Structural NDT
- Check your visual
inspection with
nondestructive
testing.
- Ultrasonic Inspection
- Eddy Current Inspection
- Dye Penetrant Inspection
- Magnetic Particle Inspection
- X-Ray
- Ultrasonic Inspection
- Check your visual
inspection with
nondestructive
testing.
- Dimensional
- Is used to assure that the engine’s
component parts and clearances meet the
manufacturer’s specifications.
- Is used to assure that the engine’s
component parts and clearances meet the
manufacturer’s specifications.
- Visual
- Reassembly
- Before starting reassembly, all
serviceable and new engine
components need to be cleaned,
organized, and laid out in the
order they are to be assembled.
- Before starting reassembly, all
serviceable and new engine
components need to be cleaned,
organized, and laid out in the
order they are to be assembled.
- consists of determining the general condition of
the total engine as received, along with an
inventory of the engine’s components.
- Installation and Testing
- Engine Testing of Reciprocating Engines
- Test Cell Requirements
- Engine Instruments
- Torquemeter
- Cylinder head temperature gauge
- Exhaust gas temperature gauge
- Tachometer
- Fuel pressure gauge
- Fuel flowmeter
- Manifold pressure gauge
- Oil temperature gauge
- Oil pressure gauge
- Carburetor air temperature gauge
- Torquemeter
- Test Cell Requirements
- Engine Testing of Reciprocating Engines
- Reciprocating Engine Operation
- The term engine instruments
usually includes all
instruments required to
measure and indicate the
functioning of the
powerplant.
- Engine Warm-Up
- Ground Check
- Hydraulic Lock
- Pre-Oiling
- Engine Starting
- Propeller Pitch Check
- Fuel Pressure and Oil Pressure Check
- Engine Instruments
- Engine Stopping
- Indle Speed and Idle Mixture Checks
- Power Check
- Engine Warm-Up
- Basic Engine Operating Principles
- Combustion Process
- Detonation
- Pre-Ignition
- Backfiring
- Afterfiring
- Combustion Process
- The term engine instruments
usually includes all
instruments required to
measure and indicate the
functioning of the
powerplant.
- The actual overhaul period for a specific engine is generally
determined by the manufacturer’s recommendations.
- Turbine Engine
- Turbine Engine Maintenance
- Compressor Section
- Inspection and Cleaning
- Causes of Blade Damage
- Bleding and Replacement
- Compressor Section
- Combustion Section Inspection
- One of the controlling factors in the service life
of the turbine engine is the inspection and
cleaning of the hot section.
- One of the controlling factors in the service life
of the turbine engine is the inspection and
cleaning of the hot section.
- Turbine Engine Instruments
- Torquemeter (Turboprop Engines)
- Engine Pressure Ratio Indicator
- Tachometer
- Exhaust Gas Temperature Indicator (EGT)
- Fuel-Flow Indicator
- Engine Oil Pressure Indicator
- Engine Oil Temperature Indicator
- Torquemeter (Turboprop Engines)
- Turbine Engine Operation
- Ground Operation Engines Fire
- Engine Checks
- Ambient Conditions
- Cheking Takeoff Thrust
- Turboprop Operation
- Turboprop engine operation is
quite similar to that of a
turbojet engine, except for the
added feature of a propeller.
- Turboprop engine operation is
quite similar to that of a
turbojet engine, except for the
added feature of a propeller.
- Turbine Engine Calibration and Testing
- Some of the most important factors affecting turbine
engine life are EGT, engine cycles (a cycle is generally a
takeoff and landing) and engine speed. Excess EGT of a
few degrees reduces turbine component life. Low EGT
materially reduces turbine engine efficiency and
thrust.
- Some of the most important factors affecting turbine
engine life are EGT, engine cycles (a cycle is generally a
takeoff and landing) and engine speed. Excess EGT of a
few degrees reduces turbine component life. Low EGT
materially reduces turbine engine efficiency and
thrust.
- Ground Operation Engines Fire
- Turbine Engine Maintenance
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