01:46:10

9. Application of Signal Processing

01:07:02

8. Deleuze on Difference and Repetition (Contd.)

01:01:56

10. Deleuze and Guattari's Anti-Oedipus

01:24:07

13. Many Levels of Politics

01:05:26

14. State Philosophy and the Wes Machine

01:12:24

5. Deleuze's Reading of Nietzsche (Contd.)

01:11:36

3. Hegel as background to Deleuze's thought (Contd.)

32:36

9. Deleuze on Difference and Repetition (Contd.)

38:29

12. Deleuze and Guattari's Anti - Oedipus (Contd.)

01:01:37

2. Hegel as background to Deleuze's thought (Contd.)

42:01

6. Deleuze's Reading of Nietzsche

50:21

4. Deleuze's Reading of Nietzsche

48:32

1. Hegel as background to Deleuze's thought

13:20

11. Deleuze and Guattari's Anti-Oedipus (Contd.)

28:35

7. Deleuze on Difference and Repetition

01:27:50

30. Aeroelasticity Fluter Analysis Module - I (Contd.)

01:04:09

14. Attitude Control Using Coulometric Actuators

01:00:11

13. Attitude Control Using Magneto Torquers

01:10:35

7. Spin Stabilization

01:04:35

5. Satellite Attitude Stabilization

01:06:27

10. Attitude Control Using Momentum Wheels and Control Moment Gyros

47:34

4. Rigid Body Dynamics

32:56

3. Discussion

48:17

2. Rigid Body Dynamics

01:01:58

1. Rotational Kinematics

53:42

9. Problem Solving

48:42

6. Problem Solving

01:04:52

26. Aeroelasticity Fluter Analysis Module - I (Contd.)

44:34

11. Attitude Stabilization Using Fluid Rings

43:03

12. Problem Solving

01:00:39

27. Aeroelasticity Fluter Analysis Module - I (Contd.)

54:23

29. Aeroelasticity Fluter Analysis Module - I (Contd.)

19:50

8. Attitude Control Using Thrusters and Momentum Wheels

25:27

28. Aeroelasticity Fluter Analysis Module - I (Contd.)

54:10

9. Bus Priority at Urban Intersections

53:36

25. Aeroelasticity Fluter Analysis Module - I (Contd.)

55:27

24. Aeroelasticity Fluter Analysis Module - I

54:58

23. Transonic Flutter, vlm

01:03:23

22. Finite State Aerodynamics

54:26

21. Unsteady Aerodynamics/Flutter

01:05:23

20. Multidegree of Freedom

01:01:49

19. Introduction to Potential Flow (Contd.)

01:03:49

17. Divergence of Swept Wings (Contd.)

01:01:27

16. Divergence of Swept Wings

59:57

15. Control Reversal

01:02:48

14. Buckling and Stability

01:02:03

12. Variation Language Equation

26:15

18. Introduction to Potential Flow

01:03:15

11. Principle of Virtual Work

16:55

13. Introduction to Stability

01:03:29

5. Impulse Response Function Laplace Transform

40:38

4. Response to Harmonic Excitation

53:01

6. Frequency Response Function Fast Fourier Transform

01:02:48

7. Influence Coefficient Castigliano's Theorem

01:05:43

3. Introduction to Mechanical Vibration and Damping

01:16:03

8. Stiffness Matrix

55:03

9. Influence Coefficient Example

01:01:04

10. Stiffness Coefficient Example

57:19

2. Introduction to Stability & Divergence

58:08

1. Introduction to Aeroelasticity