Engineering Mechanics

Name: Engineering Mechanics
Rating: 4.8 (4 reviews)

Foundations of Engineering Mechanics – Learn Step-by-Step from Scratch

Created byMechanical Engineering Education Trust

Last updated 1/2026

English

What you'll learn

Understand the concept of forces, analyse the force systems and find out the resultant of the force systems
Apply knowledge of friction and force resolution to solve related numerical problems
Locate the centre of gravity of various sections and calculate the Moment of Inertia of standards sections.
Apply the various principles like, Work-Energy principle and Impulse – Momentum principle to solve the kinetic problems of particles
Compute velocity ratio, mechanical advantage and efficiency of simple machines
Illustrate working principles and functioning of simple mechanisms

Course content

7 sections • 127 lectures • 15h 49m total length

Introduction to Engineering Mechanics and Application3:46
Classification of Engineering Mechanics7:17
Physical Quantity11:26
Definition of Force8:19
Characteristic of Force10:44
System of Forces16:38
Resultant of Force Part 13:10
Resultant of Force Part 22:06
Equilibrant of Force5:43
Parallelogram law of Forces10:11
Parallelogram Law of Vectors Level 1 Problem1:56
Example on Parallelogram Law of Vectors2:38
Example on Parallelogram Law of Vectors2:31
Example on Parallelogram Law of Vectors6:46
Example on Parallelogram Law of Vectors5:38
Example on Parallelogram Law of Vectors5:56
Triangle Law of Forces3:30
Polygon law of Forces5:03
Lami's Theorem4:10
Example on Lami's Theorem4:38
Example on Lami's Theorem5:00
Example on Lami's Theorem6:32
Example on Lami's Theorem3:21
Resolution of Force2:17
Example on Resolution of Forces3:07
Example on Resolution of Coplanar Concurrent Forces8:05
Example on Resolution of Coplanar Concurrent Forces8:42
Example on Resolution of Coplanar Concurrent Forces7:16
Example on Resolution of Coplanar Concurrent Forces5:59
Example on Resolution of Weight of a Body along inclined plane8:39
Example on Moment of Force4:44
Example on Calculation of Resultant and its location5:24
Example on Lami's Theorem10:14
Example on Non-concurrent coplanar two force system4:56
Example on Equilibrium of a body when the motion over the obstacle is impending8:16
Example on non-concurrent coplanar three force system4:32
Example on static force analysis on 4-bar mechanism in Equilibrium/no motion11:07

Introduction21:09
Example on estimation of friction force2:30
Example on Impending motion of block along horizontal plane4:02
Example on Impending motion of block along horizontal plane7:19
Example on Impending motion of the block under the action of inclined force3:56
Example on Impending motion of the block under the action of inclined force5:22
Example on Impending motion of the block under the action of inclined force6:20
Example on Impending motion of the block under the action of inclined force9:46
Example on Block moving on inclined plane under action of force along plane5:31
Example on Block sliding on Inclined plane6:00
Example on Block moving on inclined plane under action of horizontal force7:08
Example on estimation of work done on the block moving along inclined plane7:02
Example on Block resting on the inclined plane under action of force along plane12:09
Example on Block resting on inclined plane and tied by a Rope10:06
Example on Ladder friction8:12
Example on Ladder friction9:03
Example on Ladder Friction13:45

Locating Centriod for a Rectanglur plane Lamina8:06
Locating Centriod for Trapezoidal Plane Lamina7:19
Locating Centriod for L-section5:16
Centroid of T-Section about a reference axis7:01
Locating Centriod of T -section6:12
Locating Centriod of Unsymmetrical I-section5:05
Locating Centroid of a Composite Lamina formed by using only Rectangles8:23
Locating Centroid of Composite Lamina formed by using circles.mp4.22088.280204:44
Locating Centroid of Composite Lamina formed by using Rectangle , Triangle and S7:54
Computing Polar Moment of Inertia for L -section20:35

Definition of Kinematics and Kinetics3:40
Numerical on velocity and acceleration by differentiation3:50
Numerical on Kinematics of particle (level 1)1:23
Numerical on Kinematics of Particle for different time lengths3:03
Numerical on nth second2:31
Numerical on time of Flight2:21
Numerical on motion of train for different time lengths10:27
Numerical on computation of average velocity4:20
Numerical on Motion Analysis using Velocity vs Time Graph5:03
Numerical using Equation of Motion2:27
Numerical Motion Analysis using Velocity vs Time Graph6:07
Numerical Motion Analysis using Velocity vs Time Graph9:03
Numerical using Velocity of Sound Concept5:02
Numerical on computation of height and given time instant6:21
Numerical on motion analysis for different time lengths6:35
Numerical on Projectile motion5:48
Numerical on Motion analysis for Circular motion3:24
Numerical on Work Energy Theorem5:40
Numerical on Motion Analysis for SHM2:48
Numerical on Motion Analysis of Bullet2:53
Numerical on motion analysis for different time lengths6:47
Numerical on Equation of Motion _ 22:08
Numerical on Vertical Motion2:53
Numerical on Vertical Motion_15:19
Numerical on Motion Analysis for Instantaneous distance covered vertically4:56
Numerical on Vertical Motion _ 23:08
Numerical on Newton 2nd Law of Motion2:59
Numerical on Newton 2nd Law of Motion considering Friction7:01
Numerical on Conservation of Momentum and Newton 2nd law3:39
Numerical on Newton 2nd Law of Motion considering Friction_14:35

Introduction to Simple Machines10:08
Simple Machine based on Calculation of Performance Parameters2:30
Numerical on Simple Machines based on performance parameters3:49
Numerical on performance parameters5:30
Numerical on Law of Machine4:47
Numerical on Performance Parameters2:32
Numerical on differential axle3:32
Numerical on law of machine and Wheel _ Axle for different load conditions8:57
Numerical on Weston Pulley2:22
Numerical on Weston Differential Pulley2:43
Numerical on threaded worm and wheel2:55
Numerical on Simple Purchase Crab5:56
Numerical on experimental Double purchase crab9:26
Numerical on System of Pulleys of first type3:13
Numerical on Second System of Pulleys2:15

Introduction to elements of a Machine8:09
Definition of Link13:40
Classification for Pair (Lower,Higher)3:54
Detailed Classification of Pairs10:44
Definition of Chain5:07
Different Types of Motion1:56
Types of Motion based on Constrained provided9:48
Definition of Sturcture and Comparsion of Sturcture and Machine3:36
Comparison of Mechanism and Machine , Inversions22:45
Inversion of 4 bar mechanism11:49
Application of 4 bar Mechanisms part 121:53
Application of 4 bar Mechanism part 28:41
Inversion of Crank slider Mechanism5:16
Working of Whitworth Quick Return Mechanism10:12
Working of Oscillating Cylinder , Crank slotted lever Mechanism and Hand Pump10:12

Requirements

Physics

Description

Are you a Diploma or Engineering student looking to build a strong foundation in Engineering Mechanics? This course is designed specifically for you! Whether you're preparing for exams or aiming to strengthen your core understanding, this course covers all essential topics in a clear and simplified manner.

We start with Statics, exploring force systems, equilibrium, and support reactions. Then we move into Friction, where you'll understand its principles and real-world applications. The course also covers Geometric Properties of Sections, such as centroid and moment of inertia—crucial for structural analysis and design.

In the Dynamics section, you’ll learn about motion, acceleration, and Newton’s laws, building your confidence in solving problems involving kinetics and kinematics. Simple Machines introduces you to mechanical advantage and efficiency, helping you understand the working of levers, pulleys, and inclined planes. Finally, we explore Basic Link Mechanisms, laying the groundwork for understanding more complex machines in mechanical systems.

Each topic is explained with step-by-step examples and visual illustrations to make learning easy and engaging. By the end of this course, you'll be well-prepared to tackle problems in engineering mechanics with clarity and confidence. Enroll now and make your fundamentals rock-solid for academic and practical success! All the Best!

Who this course is for:

Diploma and B Tech Students

Engineering Mechanics

What you'll learn

Explore related topics

Course content

Statics37 lectures • 3hr 50min

Friction17 lectures • 2hr 19min

Geometric Properties of Sections10 lectures • 1hr 21min

Dynamics30 lectures • 2hr 16min

Simple Machines15 lectures • 1hr 11min

Basic Link Mechanisms15 lectures • 2hr 28min

Model Papers3 lectures • 2hr 25min

Requirements

Description

Who this course is for: