Engineering Mechanics Principles
Master the fundamental concepts of engineering mechanics, enabling you to analyze forces, motion, and equilibrium in various systems.
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1
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Cosines of a vector Part-1
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Projection of vector on a line
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Cosines of Resultant vector
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Cross product and Dot product and their applications
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Calculations of vector directions
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Numerical Problem on Vector Mechanics
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Numerical Problem on Vector Mechanics_1
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Numerical Problem on Vector Mechanics
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Principle of Transmissibility of Forces_Law of Triangle of Forces_Parallelogram Law of Vector Addition
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2
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ENGINEERING MECHANICS_Continuation
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ENGINEERING MECHANICS_Continuation
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System of Forces_Different Types of Forces
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Calculation of Reaction Force on Inclines Plane
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Numerical Problems on Forces
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Equilibrium of Rigid Bodies
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Force Calculations in Case of Pulley
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Force on Inclined Plane
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Calculation of Tension in the String
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Lamis Theorem and Application
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3
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Basics of Friction
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Friction Calculations on Flat and Inclined Surface
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Friction on Objects Attached to String on Inclined Plane
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Friction Calculations on a Combination of Flat and Inclined Plane
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Friction Calculations in case of Ladder
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Friction on Objects placed on one another on Inclines Plane
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Frictional Forces on Object sliding an Inclined Plane
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Friction on Objects placed on one another on Inclines Plane (Part 02)
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Numerical Problems on Friction Calculations in Ladder
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Tension in two objects on an Inclined Plane (Part 01)
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Frictional Forces on Resting Objects on Inclined Plane
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Tension in two objects on an Inclined Plane (Part 02)
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4
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Truss Lecture_1
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Truss Lecture_2
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Truss Lecture_3
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Truss Lecture_4
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5
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Kinematics of Particles (Part-01)
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Kinematics of Particles (Part-02)
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6
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Kinetics of Particles (Part-01)
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Kinetics of Particles (Part-02)
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Kinetics of Particles (Part-03)
