# Engineering Mechanics (basics)

Indian Institute of Technology Kanpur

Courses topics:

• Review of the three laws of motion and vector algebra
• Equilibrium of bodies I ,Equilibrium of bodies II, Equilibrium of bodies III
• Trusses, Friction
• Properties of plane surfaces I: First moment and centroid of area
• Properties of surfaces II: Second moment of area
• Method of Virtual Work
• Motion in a plane: Introduction to polar coordinates
• Motion with constraints, Motion with friction and drag
• Momentum, Work and Energy, Collisions
• Rotational dynamics I: Angular momentum
• Rotational dynamics II : Rotation about a fixed axis
• Rigid body dynamics III: Rotation and Translation
• Rotational dynamics IV: Angular velocity and angular momentum
• Rotational dynamics V: Kinetic energy, angular momentum and torque in 3-D
• Harmonic oscillator I: Introduction
• Harmonic oscillator II: damped oscillator
• Harmonic oscillator III: Forced oscillations
• ##### Module-1 Lecture-1 Engineering Mechanics
Prof. Manoj K Harbola
• ##### Module -1 Lecture -2 EQUILIBRIUM - I
Prof. Manoj K Harbola
• ##### Module -1 Lecture -3 EQUILIBRIUM - II
Prof. Manoj K Harbola
• ##### Module -1 Lecture -4 EQUILIBRIUM - III
Prof. Manoj K Harbola
• ##### Module -2 Lecture -1 PLAN TRUSSES - I
Prof. Manoj K Harbola
• ##### Module -2 Lecture -2 PLAN TRUSSES - II
Prof. Manoj K Harbola
• ##### Module -2 Lecture -3 FRICTION
Prof. Manoj K Harbola
• ##### Module -3 Lecture -1 PROPERTIES OF SURFACES - I
Prof. Manoj K Harbola
• ##### Module -3 Lecture -2 PROPERTIES OF SURFACES - II
Prof. Manoj K Harbola
• ##### Module -3 Lecture -3 PROPERTIES OF SURFACES - III
Prof. Manoj K Harbola
• ##### Module -4 Lecture -1METHOD OF VIRTUAL WORK
Prof. Manoj K Harbola
• ##### Module-5 Lecture-1 MOTION OF PARTICLES PLANAR POLAR COORDIN
Prof. Manoj K Harbola
• ##### Module-5 Lecture-2 MOTION WITH CONSTRAINTS
Prof. Manoj K Harbola
• ##### Module-5 Lecture-3 MOTION OF PARTICLE WITH FRICTION
Prof. Manoj K Harbola
• ##### Module-5 Lecture-4 MOTION OF PARTICES WITH DRAG
Prof. Manoj K Harbola
• ##### Module -6 Lecture -1 MOMENTUM
Prof. Manoj K Harbola
• ##### Module -6 Lecture -2 WORK AND ENERGY - I
Prof. Manoj K Harbola
• ##### Module-6_Lecture-3 WORK AND ENERGY - II
Prof. Manoj K Harbola
• ##### Module-6_Lecture-4 WORK AND ENERGY - III
Prof. Manoj K Harbola
• ##### Module -6 Lecture -5 WORK AND ENERGY - IV
Prof. Manoj K Harbola
• ##### Module -7 Lecture -1 ROTATIONAL MOTION - I
Prof. Manoj K Harbola
• ##### Module -7 Lecture -2 ROTATIONAL MOTION - II
Prof. Manoj K Harbola
• ##### Module -7 Lecture -3 ROTATIONAL MOTION - III
Prof. Manoj K Harbola
• ##### Module -7 Lecture -4 ROTATIONAL MOTION - IV
Prof. Manoj K Harbola
• ##### Module-7 Lecture-5 ROTATIONAL MOTION - V
Prof. Manoj K Harbola
• ##### Module-7 Lecture-6 ROTATIONAL MOTION - VI
Prof. Manoj K Harbola
• ##### Module -8 Lecture -1 SIMPLE HARMONIC MOTION - I
Prof. Manoj K Harbola
• ##### Module-8_Lecture-2 SIMPLE HARMONIC MOTION - II
Prof. Manoj K Harbola
• ##### Module-8_Lecture-3 SIMPLE HARMONIC MOTION - III
Prof. Manoj K Harbola
• ##### Module-9 Lecture-1 MOTION IN UNIFORMLY ACCELERATING FRAMES
Prof. Manoj K Harbola
• ##### Module-9_Lecture-2 Motion In Rotating Frame
Prof. Manoj K Harbola