Engineering Mechanics

Taught by Prof. Manoj K Harbola Department of Physics, IIT Kanpur. In this course, we would be studying mechanical interaction between different bodies when they interact through the forces applied on each other. This would consist of 2 parts: statics and dynamics.

Module-1 Lecture-1 Engineering Mechanics.
Module -1 Lecture -2 EQUILIBRIUM - I.
Module -1 Lecture -3 EQUILIBRIUM - II.
Module -1 Lecture -4 EQUILIBRIUM - III.
Module -2 Lecture -1 PLAN TRUSSES - I.
Module -2 Lecture -2 PLAN TRUSSES - II.
Module -2 Lecture -3 FRICTION.
Module -3 Lecture -1 PROPERTIES OF SURFACES - I.
Module -3 Lecture -2 PROPERTIES OF SURFACES - II.
Module -3 Lecture -3 PROPERTIES OF SURFACES - III.
Module -4 Lecture -1METHOD OF VIRTUAL WORK.
Module-5 Lecture-1 MOTION OF PARTICLES PLANAR POLAR COORDIN.
Module-5 Lecture-2 MOTION WITH CONSTRAINTS.
Module-5 Lecture-3 MOTION OF PARTICLE WITH FRICTION.
Module-5 Lecture-4 MOTION OF PARTICES WITH DRAG.
Module -6 Lecture -1 MOMENTUM.
Module -6 Lecture -2 WORK AND ENERGY - I.
Module-6_Lecture-3 WORK AND ENERGY - II.
Module-6_Lecture-4 WORK AND ENERGY - III.
Module -6 Lecture -5 WORK AND ENERGY - IV.
Module -7 Lecture -1 ROTATIONAL MOTION - I.
Module -7 Lecture -2 ROTATIONAL MOTION - II.
Module -7 Lecture -3 ROTATIONAL MOTION - III.
Module -7 Lecture -4 ROTATIONAL MOTION - IV.
Module-7 Lecture-5 ROTATIONAL MOTION - V.
Module-7 Lecture-6 ROTATIONAL MOTION - VI.
Module -8 Lecture -1 SIMPLE HARMONIC MOTION - I.
Module-8_Lecture-2 SIMPLE HARMONIC MOTION - II.
Module-8_Lecture-3 SIMPLE HARMONIC MOTION - III.
Module-9 Lecture-1 MOTION IN UNIFORMLY ACCELERATING FRAMES.
Module-9_Lecture-2 Motion In Rotating Frame.