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Learn · Mechanics

Lecture 16 of 60Week 4

Analysis of trusses: Method of joints

Prof. Anjani Kumar Tiwari · IIT Roorkee

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From
Mechanics, IIT Roorkee (at NPTEL)
Licence
CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
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NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge.
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All the lectures

  1. Course outline Video
  2. Vectorial representation of forces and moments Video
  3. Couple moment and reduction of a force system to a force and a couple Video
  4. Examples of couple moment Video
  5. Examples: Moment in three dimensions Video
  6. Free body diagram and support reactions Video
  7. Equilibrium of rigid bodies in two and three dimensions Video
  8. Examples: Equilibrium of rigid bodies in two dimensions Video
  9. Examples: Equilibrium of rigid bodies in three dimensions Video
  10. Beams and distributed loads Video
  11. Flexible cables Video
  12. Flexible cables: catenary curve Video
  13. Examples: Parabolic and Catenary cables Video
  14. Flexible Cable: Concentrated load Video
  15. Structures: Plane Trusses Video
  16. Analysis of trusses: Method of joints YouTube
  17. Analysis of trusses: Method of sections YouTube
  18. Shear force and bending moment YouTube
  19. Shear force and bending moment: distributed load YouTube
  20. Principle of virtual work YouTube
  21. Principle of virtual work: examples YouTube
  22. Principle of virtual work: examples - II YouTube
  23. Stable and unstable equilibrium YouTube
  24. Friction YouTube
  25. Friction: examples YouTube
  26. Rope and belt friction YouTube
  27. Rope and belt friction: examples YouTube
  28. Rolling resistance YouTube
  29. Revision: statics YouTube
  30. Coordinate systems: Cartesian and planar polar coordinates YouTube
  31. Coordinate systems: spherical coordinates YouTube
  32. Coordinate systems: cylindrical coordinates YouTube
  33. Cartesian and planar polar coordinates: examples YouTube
  34. Spherical and cylindrical coordinates: examples YouTube
  35. Equation of motion in different coordinate systems YouTube
  36. Equation of motion: examples YouTube
  37. Work energy method YouTube
  38. Work energy method: examples YouTube
  39. Impulse momentum relation YouTube
  40. Variable mass YouTube
  41. Impact: direct central impact YouTube
  42. Impact: oblique central impact YouTube
  43. Moment of inertia YouTube
  44. Moment of inertia: examples YouTube
  45. Moment of inertia of composite bodies YouTube
  46. Product of inertia and principal axes of inertia YouTube
  47. Principal axes of inertia: examples-I YouTube
  48. Principal axes of inertia: examples-II YouTube
  49. Harmonic oscillator: simple harmonic motion YouTube
  50. Simple harmonic motion: examples YouTube
  51. Damped harmonic oscillator YouTube
  52. Translation and rotation of rigid bodies YouTube
  53. Translation and rotation of rigid bodies: examples YouTube
  54. Plane motion of a rigid body YouTube
  55. Plane motion of a rigid body: work energy equation YouTube
  56. Plane motion of a rigid body: impulse-momentum equation YouTube
  57. Three-dimensional dynamics of rigid bodies: angular momentum YouTube
  58. Euler’s equations of motion YouTube
  59. Euler’s equations of motion: examples YouTube
  60. Revision: Dynamics YouTube