• Introduction to Engineering Mechanics
  09:06
• Forces acting on Rigid Body
  05:22
• Laws of Mechanics
  01:07
• Newton's Law of Motion
  04:08
• Newton's Law of Gravitation
  02:00
• Law of Transmissibility of Forces
  01:48
• Parallelogram Law of Forces
  05:00
• Coplanar Concurrent Forces
  02:07
• Lami's Theorem
  05:00
• General Method of Composition of Forces
  05:00
• Free Body Diagram
  02:20
• Equilibrium of bodies
  05:00
• Equilibrium of Connected Bodies
  05:00
• Coplanar Non-Concurrent Forces
  01:54
• Moment of Forces
  01:54
• Varignon's Theorem
  05:00
• Couple
  01:59
• Resultant of Non-Concurrent Forces System
  05:00
• Introduction to Friction
  04:38
• Frictional Force
  02:19
• Laws of Friction
  03:22
• Angle of Friction
  01:51
• Angle of Repose
  02:18
• Cone of Friction
  01:33
• Equilibrium of Bodies involving Dry-Friction
  05:00
• Ladder Problems
  05:00
• Belt Friction
  05:00
• Shear Force
  02:33
• Bending Moment
  02:32
• Types of Loading
  03:52
• Types of Support
  03:45
• Statically Determinate Beams
  01:37
• Statically Indeterminate Beams
  01:49
• SF-BM Diagram for a Cantilever Beam Subjected to Point load
  07:26
• SF-BM Diagram for a Cantilever Beam Subjected to Uniformly Distributed Load
  06:12
• SF-BM Diagram for a Cantilever Beam Subjected to Uniformly Varying Load
  07:21
• SF-BM Diagram for a Cantilever Beam Subjected to a Combination of Different Loads P-1
  06:59
• SF-BM Diagram for a Cantilever Beam Subjected to a Combination of Different Loads P-2
  06:27
• SF-BM Diagram for a Simply Supported Beam Subjected to Point load
  08:05
• SF-BM Diagram for a Simply Supported Beam Subjected to Uniformly Distributed Load
  08:10
• SF-BM Diagram for a Simply Supported Beam Subjected to Moment
  07:23
• SF-BM Diagram for a Simply Supported Beam Subjected to a Combination of Different Loads P-1
  05:13
• SF-BM Diagram for a Simply Supported Beam Subjected to a Combination of Different Loads P-2
  06:53
• Introduction to Trusses
  03:30
• Trusses
  01:57
• Perfect Frame
  02:06
• Deficient Frame
  02:16
• Redundant Frame
  02:15
• Assumption
  02:18
• Nature of Forces in Members
  01:51
• Method of Joint
  05:00
• Method of Section
  05:00
• Method of Section and Joint
  05:00
• Introduction to Centroid & Moment of Inertia
  04:40
• Centroid
  01:39
• Use of Axis of Symmetry
  02:40
• Centroid: Triangle
  05:00
• Centroid: Sector of a Circle
  05:00
• Centroid: Parabolic Spandral
  05:00
• Centroid: Composite Bodies
  13:17
• Moment of Inertia
  01:19
• Perpendicular Axis Theorem
  01:27
• Parallel Axis Theorem
  01:55
• Radius of Gyration
  01:42
• Moment of Inertia from First Principle P-1
  05:00
• Moment of Inertia from First Principle P-2
  05:00
• Moment of Inertia of Composite Sections
  05:00
• Mass Moment of Inertia
  01:09
• Transfer Formula
  05:00
• Mass Moment of Inertia: Rod
  05:00
• Mass Moment of Inertia: Circular Ring
  05:00
• Mass Moment of Inertia: Solid Cone
  05:00
• Mass Moment of Inertia: Sphere
  05:00
• Introduction to Kinematics of Rigid Body
  02:25
• Kinematics
  01:43
• Translational Motion
  02:17
• Rotational Motion
  01:39
• General Plane Motion
  01:56
• Relative Velocity & Resultant Velocity
  01:45
• Acceleration due to Gravity
  05:00
• Motion with Varying Acceleration
  05:00
• Inclined Projection on Level Ground
  05:00
• Projection on Inclined Plane
  05:00
• Angular Motion
  01:38
• Reletionship between Angular Motion & Linear Motion
  05:00
• Uniformly Accelerated Rotation
  05:00
• Kinematics of Rigid Body Rotation
  05:00
• Kinetic Energy of Rotating Bodies
  05:00
• Introduction to Kinetics of Rigid Body
  06:09
• Kinetics
  01:41
• D'Alembert's Principle
  05:00
• Concept of Work
  01:42
• Concept of Power
  05:00
• Work Energy Equation for Translation
  05:00
• Concept of Connected Bodies
  05:00
• Motion of Connected Bodies
  05:00
• Work done by Spring
  05:00
• Linear Impulse and Momentum
  05:00
• Co-Efficient of Restitution
  05:00
• Loss of Energy during Impact
  05:00
• Concept of Stress
  02:30
• Engineering Stress and True Stress
  03:10
• Classification of Engineering Stress
  05:16
• Concept of Strain
  02:07
• Engineering Strain and True Strain
  02:22
• Classification of Engineering Strain
  02:28
• Saint Venant's Principle
  01:57
• Hooke's Law
  02:42
• Stress and Strain Diagram for Mild Steel
  03:32
• Stress and Strain Diagram for Cast Iron
  03:27
• Modulus of Elasticity
  01:36
• Modulus of Rigidity
  02:41
• Bulk Modulus
  01:35
• Possion's Ratio
  07:01
• Mechanical Properties of Metal
  09:17
• Elongation of Simple Bar
  08:15
• Elongation of Compound Bar
  06:13
• Elongation of Bar of Varying Cross-Section
  03:57
• Elongation Due to Self Weight
  06:29
• Pure Bending
  02:06
• Assumptions of Pure Bending
  04:07
• Neutral Axis
  02:00
• Bending Equation
  05:00
• Introduction to Torsion
  06:33
• Pure Torsion
  03:12
• Assumptions of Pure Torsion
  02:13
• Torsion Equation
  05:51

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