COURSE OUTLINE: This course deals with the fundamentals of classical mechanics. Mechanics is one of the core subjects for physics and engineering disciplines. This course starts from the basics of Newtonian mechanics. Then we introduce rigid dynamics and finally Lagrangian formulation of dynamics followed by small oscillations. We also offer tutorials to develop problem-solving skills. We aim to give a basic understanding of various fields of classical mechanics to our students.
Classical Mechanics - From Newtonian to Lagrangian Formulation
NPTEL and Indian Institute of Technology, Kharagpur via YouTube
Overview
Syllabus
Lecture 1:.
Lecture 2:.
Lecture 3:.
Lecture 4:.
Lecture 5:.
Lecture 6 : Systems with variable mass - 3.
Lecture 7 : Systems with variable mass - 4.
Lecture 8 : Central force - 1.
Lecture 9 : Central force - 2.
Lecture 10 : Central force - 3.
Lecture 11: Central force - 4.
Lecture 12 : Central force - 5.
Lecture 13 : Central force - 6.
Lecture 14 : Central force - 7.
Lecture 15 : Central force - 8.
Lecture 16 : Central force - 9.
Lecture 17 : Central force - 10.
Lecture 18 : Central force - 11.
Lecture 19 : Central force - 12.
Lecture 20 : Central force - 13.
Lecture 21 Central force - 14.
Lecture 22: Central force - 15.
Lecture 23:Mooring Co-ordinate Systems - 1.
Lecture 24: Mooring Co-ordinate Systems – 2.
Lecture 25: Mooring Co-ordinate Systems – 3.
Lecture 26: Mooring Co-ordinate Systems - 4.
Lecture 27: Rigid body dynamics - 1.
Lecture 28: Rigid body dynamics - 2.
Lecture 29: Rigid body dynamics - 3.
Lecture 30: Rigid body dynamics - 4.
Lecture 31 : Rigid body dynamics - 5.
Lecture 32 : Rigid body dynamics - 6.
Lecture 33 : Rigid body dynamics - 7.
Lecture 34 : Rigid body dynamics - 8.
Lecture 35 : Rigid body dynamics - 9.
Lecture 36 : Rigid body dynamics - 10.
Lecture 37 : Rigid body dynamics - 11.
Lecture 38 : Rigid body dynamics - 12.
Lecture 39 : Rigid body dynamics - 13.
Lecture 40 : Rigid body dynamics - 14.
Lecture 41 : Rigid body dynamics - 15.
Lecture 42 : Rigid body dynamics - 16.
Lecture 43 : Lagrangian Formulation – 1.
Lecture 44 : Lagrangian Formulation – 2.
Lecture 45 : Lagrangian Formulation – 3.
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Taught by
Classical Mechanics
