M. Tech. in Manufacturing(NIT-T), Cracked GATE-17 (64.55/100, 689/1000) in first attempt. Passionate about teaching.

Aravind Kumar

Engineering Mechanics lays the foundation for many important Mechanical/Production Engineering subjects, like Strength of Materials, Fluid Mechanics, Theory of Machines, Design of Machine Elements etc. This course comprehensively covers the theory of of all the important topics. The numericals of the same have been parallelly covered under the course "Engineering Mechanics (Problems)". After having gone through both of these courses, the learner will have gained the confidence to tackle more advanced subjects like SOM, TOM, Design etc.

GATE (Production & Industrial)

English

Engineering Mechanics Theory - Crash Course

This lesson introduces the subject Engineering Mechanics, the course overview and the manner in which the course will be covered is discussed. After this, the basic understanding of the subject is presented and it's classification is discussed thoroughly. A learner will have gained the necessary pre-requisite to proceed to the next videos after having gone through this lesson.

1. Introduction

This lesson explains the various force systems, three most important concepts of Engineering Mechanics. The learner who goes through this course will thoroughly recall his +2 basics.

2. Equilibrium of System of Forces (Theory)

The theory of analysis of plane trusses is explained in this lesson.

3. Analysis of Trusses (Theory)

In this lesson, the theory of friction is discussed along with a brief discussion on D'Alembert's Principle.

4. Friction (Theory)

This lesson explains about the impulse momentum relationship and the impact of bodies

5. Impulse-Momentum & Impact of Bodies (Theory)

This lesson describes circular motion and rigid body rotation, and establishes the basic distinction between the two.

6. Circular motion and Rotation of Rigid Bodies - Part 1 (Theory)

This chapter establishes the relationship between linear parameters and angular parameters. This is the last lesson under this course.

Lessons

7 lessons • 1h 26m

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1. Introduction

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2. Equilibrium of System of Forces (Theory)

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3. Analysis of Trusses (Theory)

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4. Friction (Theory)

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5. Impulse-Momentum & Impact of Bodies (Theory)

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6. Circular motion and Rotation of Rigid Bodies - Part 1 (Theory)

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7. Circular Motion and Rotation of Rigid Bodies - Part 2 (Theory)