1 |
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Basic definitions of flight mechanics, controls and control surfaces |
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2 |
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Basic definitions of flight mechanics, controls and control surfaces |
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3 |
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Aircraft static and dynamic stability and stability derivatives |
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4 |
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Longitudinal and lateral dynamic equations of the aircraft, nonlinear dynamics |
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5 |
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Linearization and transfer functions |
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6 |
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Modes of longitudinal motion, stability derivatives, short and long modes |
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7 |
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Longitudinal transfer functions, analysis of transient and steady-state responses |
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8 |
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MID-TERM EXAM |
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9 |
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Basic concepts of aircraft control systems, longitudinal autopilot design |
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10 |
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Basic concepts of aircraft control systems, longitudinal autopilot design |
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11 |
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Autopilot types and design methods |
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12 |
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Design of location autopilot using roots locus method |
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13 |
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Inner and outer loop concepts. Autopilot design. |
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14 |
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Design methods for aircraft pitch and heading control systems |
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15 |
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Design methods for aircraft pitch and heading control systems |
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16 |
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FINAL EXAM |
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17 |
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FINAL EXAM |
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