8:33
The Helicopter and the Airplane, Helicopter Dynamics Lecture 1
Dr Ganguli
16:37
What are Hingeless, Articulated and Bearingless Rotors? Helicopter Dynamics Lecture 2
12:08
Helicopter Rotor Notation, Helicopter Dynamics Lecture 4
13:51
Rotor Notation, Helicopter Dynamics Lecture 3
9:57
Harmonic Motion, Helicopter Dynamics Lecture 5
10:04
Periodic Motion, Helicopter Dynamics Lecture 6
12:14
Spring-Mass System, Helicopter Dynamics Lecture 7
5:46
Vibration Terms, Helicopter Dynamics Lecture 8
13:57
Modeling of Spring Mass Damper Systems, Helicopter Dynamics Lecture 9
15:51
Forced Vibration and Resonance, Helicopter Dynamics Lecture 10
19:44
Multi-degree of freedom systems, Helicopter Dynamics Lecture 11
12:57
Orthogonality of normal modes, Helicopter Dynamics Lecture 12
15:46
Normal Mode Equations, Helicopter Dynamics Lecture 13
11:04
Transient Response, Helicopter Dynamics Lecture 14
7:28
Motion Dependent Forces Explained, Helicopter Dynamics Lecture 15
15:19
Rotor Blade Flap Motion, Helicopter Dynamics Lecture 16
15:32
Blade Flap Equation with Hinge Offset, Helicopter Dynamics Lecture 17
13:22
Rotor Blade Lag Motion, Helicopter Dynamics Lecture 18
18:51
Rotor Blade Pitch Motion, Helicopter Dynamics Lecture 19
14:29
Rotating Beam Equation, Helicopter Dynamics Lecture 20
10:41
Boundary Conditions for Beam, Helicopter Dynamics Lecture 21
13:19
Non-rotating Beam Natural Frequencies, Helicopter Dynamics Lecture 22
14:03
Beam Mode Shapes, Helicopter Dynamics Lecture 23
15:24
Galerkin's Method, Helicopter Dynamics Lecture 24
11:05
Rayleigh-Ritz Method Explained, Helicopter Dynamics Lecture 25
9:32
Effect of Gravity on Blade Flapping, Helicopter Dynamics Lecture 26
12:36
Hermite Shape Functions in Finite Element Method, Helicopter Dynamics Lecture 27
15:41
Finite Element Method for Beams, Helicopter Dynamics Lecture 28
14:04
Finite Element Method Assembly, Helicopter Dynamics Lecture 29
12:29
Rotor Blade Response, Helicopter Dynamics Lecture 31
11:54
Solve Periodic Differential Equations! Helicopter Dynamics Lecture 32
13:40
Actuator disk, Helicopter Dynamics Lecture 33
10:10
Induced Velocity in Hover, Helicopter Dynamics Lecture 34
6:31
Rotor Flow Field, Helicopter Dynamics Lecture 35
11:55
Power Required to Hover, Helicopter Dynamics Lecture 36
7:50
Hover Power Losses, Helicopter Dynamics Lecture 37
13:13
Momentum Theory in Climb, Helicopter Dynamics Lecture 38
Figure of Merit, Helicopter Dynamics Lecture 39
7:19
Rotor Blade Element Theory, Helicopter Dynamics Lecture 40
6:46
Blade Element Aerodynamic Force, Helicopter Dynamics Lecture 41
11:58
Rotor Thrust and Power Calculation, Helicopter Dynamics Lecture 42
16:33
Rotor Thrust and Power, Helicopter Dynamics Lecture 43
7:52
Aerodynamics of Rotor Flap Motion, Helicopter Dynamics Lecture 44
9:03
Aerodynamics of Lead-Lag Motion, Helicopter Dynamics Lecture 45
5:56
Aerodynamics of Rotor Blade Pitch, Helicopter Dynamics Lecture 46
12:31
Momentum Theory in Forward Flight, Helicopter Dynamics Lecture 47
Momentum Theory in Forward Flight Part 2, Helicopter Dynamics Lecture 48
10:25
Rotor Wake in Forward Flight, Helicopter Dynamics Lecture 49
5:27
Ground Effect Explained, Helicopter Dynamics Lecture 50
13:59
Air Velocity at Rotor Blade Element, Helicopter Dynamics Lecture 51
11:30
Blade Element Theory in Forward Flight, Helicopter Dynamics Lecture 53
13:30
Rotor Blade Motion in Forward Flight, Helicopter Dynamics Lecture 52
7:41
Aerodynamic Forces on Rotor, Helicopter Dynamics Lecture 54
10:52
Rigid Blade Flapping in Forward Flight, Helicopter Dynamics Lecture 55
10:17
Rotor Blade Flap Eigenvalues, Helicopter Dynamics Lecture 56
8:29
Flap Mode Eigenvalues in Fixed Frame, Helicopter Dynamics Lecture 57
12:03
Stability Analysis Explained, Helicopter Dynamics Lecture 59
13:11
Floquet Theory for Stability Analysis, Helicopter Dynamics Lecture 60
Floquet Theory for Response Analysis, Helicopter Dynamics Lecture 61
17:12
Finite Element Analysis in Time Domain, Helicopter Dynamics Lecture 62
16:08
Elastic Torsion, Helicopter Dynamics Lecture 63
11:29
Rotor Blade Elastic Lag Bending, Helicopter Dynamics Lecture 64
6:48
Finite Element Method for Lag Bending Vibration, Helicopter Dynamics Lecture 65
Blade Flap-Lag Motion, Helicopter Dynamics Lecture 67
14:10
Blade Pitch-Flap Motion, Helicopter Dynamics Lecture 68
5:03
Rod in Elastic Torsion, Helicopter Dynamics Lecture 69
14:16
Rotor Blade Flap-Lag Bending, Helicopter Dynamics Lecture 70
21:13
Rotor Rigid Blade Motion, Helicopter Dynamics Lecture 71
20:50
Elastic Rotor Blade Equation, Helicopter Dynamics Lecture 72
8:18
Rotor Blade Bending Stress Calculation, Helicopter Dynamics Lecture 73
13:49
Fourier Coordinate Transformation, Helicopter Dynamics Lecture 74
16:55
Helicopter Trim, Helicopter Dynamics Lecture 75
16:32
Helicopter Vibration, Helicopter Dynamics Lecture 76
9:47
Stall on Rotor Blade, Helicopter Dynamics Lecture 77
6:54
Dynamic Stall, Helicopter Dynamics Lecture 78
Unsteady Aerodynamics Explained, Helicopter Dynamics Lecture 79
6:08
Ground Resonance, Helicopter Dynamics Lecture 80
10:06
Blade Lag Equation in Fixed Frame, Helicopter Dynamics Lecture 81
14:05
Ground Resonance Model, Helicopter Dynamics Lecture 82
9:08
Ground Resonance Instability, Helicopter Dynamics Lecture 83
9:16
Airfoil Aerodynamics, Helicopter Dynamics Lecture 84
8:52
Rotor Noise, Helicopter Dynamics Lecture 85
13:09
Composite Materials and Structures, Helicopter Dynamics Lecture 86
4:55
Helicopter Dynamics Lecture 0
8:35
Boundary Conditions in Finite Element Method, Helicopter Dynamics Lecture 30
10:11
Rotor Progressive and Regressive Modes, Helicopter Dynamics Lecture 58
5:12
Coriolis Forces, Helicopter Dynamics Lecture 66
6:01
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