AMET 101
This module covers the study of aerodynamics relating to low and high speed of fixed rotary wing aircraft.
Hours:
- Total Hours: 40
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Lecture Hours: 40
Total Weeks: 15
This course is offered online: No
Prerequisite:
Admission in to the Aircraft Maintenance Engineering Program.
Course Content:
T1-1 Theory of Flight - Fixed Wing
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Describe the properties of the atmosphere
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Explain how lift is generated and affected
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Explain how control and stability are re-achieved for an aircraft in flight
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Explain the principles of high-speed flight, the problems encountered and how those problems have been addressed
T1-2 Theory of Flight - Rotary Wing:
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Describe aerodynamic principles affecting a rotary wing aircraft
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Describe various rotor designs employing accepted terminology
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Describe the forces acting on various helicopter rotor systems
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Describe auto rotation, ground resonance and stability with regard to helicopter types
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Describe helicopter rotor control systems
Learning Outcomes:
- The student will relate the aircraft's ability to create lift within the atmospheric conditions it must work in.
- They will explain the variables of control and stability of the aircraft and identify the design features that affect these variables.
Grading System: Percentage
Passing Grade: 70
Additional Comments:
Textbooks: Textbooks are subject to change. Please contact the bookstore at your local campus for current book lists.