Course curriculum

  • 1

    Force & Equilibrium Systems

    • 1.ENGINEERING MECHANICS Continuation
    • 2.ENGINEERING MECHANICS Continuation
    • System of Forces_Different Types of Forces
    • Calculation of Reaction force on inclined plane
    • Numerical Problems on Forces
    • Equilibrium of Rigid Bodies
    • Force calculations in case of pulley
    • Forces on inclined plane
    • Calculation of Tension in the string
    • Lamis Theorem and application of Lamis Theorem
  • 2

    Centre of Gravity & Moment of Inertia

    • Centroid for Quarter circular Arc
    • Centroid in case of a ring
    • Principle of Moments
  • 3

    Brief Introduction to Dynamic Equilibrium

    • ENGINEERING MECHANICS (D-ALEMBERT-S PRINCIPLE ｜ LECTURE-1
    • Kinetics of Partices
    • Numericals Kinetics of particles
  • 4

    Dynamics of Rigid Bodies

    • Kinematic of Rigid Bodies Problem
    • Kinematics of rigid bodies - 1
    • Kinematics of rigid bodies - 2
    • Kinetics of Rigid Bodies
    • Kinetics of Rigid Bodies Problem 2
  • 5

    Work, Energy & Power

    • Work Power Energy Lecture 1
    • WEP02
    • WEP03
    • Work Energy & Power Numerical 1
    • Work Energy & Power Numerical 2