Engineering Mechanics

Engineering

2021-09-18

Lessons List

Video Lectures on Engineering Mechanics by Khomesh Sahu Sir

Lecture 01 | Introduction to Engineering Mechanics | Engineering Mechanics

Lecture 2 | Module 1 | Fundamental of Engineering Mechanics Part 1 | Engineering Mechanics

Lecture 3 | Module 1 | Fundamental of Engineering Mechanics Part 2 | Engineering Mechanics

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Lecture 4 | Module 2 | Resultant Force and Low of Parallelogram | | Engineering Mechanics

Lecture 5 | Module 2 | Law of Triangle | Engineering Mechanics

Lecture 6 | Module 2 | Problems Based on Law of Parallelogram and Law | Engineering Mechanics

Lecture 7 | Module 2 | Resolution of Force | Engineering Mechanics

Lecture 8 | Module 2 | Problems on Force Resolution | Engineering Mechanics

Lecture 9 | Module 2 | Equilibrium Equation and Free Body Diagram | Engineering Mechanics

Lecture 10 | Module 2 | Lami s Theorem and Problems | Engineering Mechanics

Lecture 11 | Module 2 | Problems Based on Co planner Concurrent Force | Engineering Mechanics

Lecture 12 | Module 2 | Problems Based on Co planner Concurrent Force | Engineering Mechanics

Lecture 13 | Module 2 | Problems Based on Co planner Concurrent Force | Engineering Mechanics

Lecture 14 | Module 3 | Moment of Force and Moment of Couple | Engineering Mechanics

Lecture 15 | Module 3 | Force Couple System | Engineering Mechanics

Lecture 16 | Module 3 | Varignon s Theorem and Problem | Engineering Mechanics

Lecture 17 | Module 3 | Equilibrium Equation in Co planner Non concurrent | Engineering Mechanics

Lecture 18 | Module 3 | Problem on Varignon s Theorem Doubt Clearing | Engineering Mechanics

Lecture 19 | Module 3 | Problems Based on Co planner Non concurrent Force | Engineering Mechanics

Lecture 20 | Module 3 | Problems Based on Co planner Non concurrent Force | Engineering Mechanics

Lecture 21 | Module 3 | Concept of Internal Hinge Problem | Engineering Mechanics

Lecture 22 | Module 4 | Basic Introduction of Truss Types of Truss | Engineering Mechanics

Lecture 23 | Module 4 | Basic Assumptions For Plane Truss Analysis | Engineering Mechanics

Lecture 24 | Module 4 | Concept of Joint Method | Engineering Mechanics

Lecture 25 | Module 4 | Problems on Joint Method Conceptual Problem 1 | Engineering Mechanics

Lecture 26 | Module 4 | Problems on Joint Method Part 2 | Engineering Mechanics

Lecture 27 | Module 4 | Problems on Joint Method Part 3 | Engineering Mechanics

Lecture 28 | Module 4 | Important Results During Analysis of Plane Truss | Engineering Mechanics

Lecture 29 | Module 4 | Statically Determinate truss Statically | Engineering Mechanics

Lecture 30 | Module 4 | Doubt Clearing Session With Problems | Engineering Mechanics

Lecture 31 | Module 4 | Problems Based on Joint Method Part 4 | Engineering Mechanics

Lecture 32 | Module 4 | Concept of Section Method | Engineering Mechanics

Lecture 33 | Module 4 | Problems Based on Section Method Part 1 | Engineering Mechanics

Lecture 34 | Module 4 | Problems Based on Section Method Part 2 | Engineering Mechanics

Lecture 35 | Module 4 | Problems Based on Section Method Part 3 | Engineering Mechanics

Lecture 36 | Module 4 | Concept of Zero Force Member ZFM | Engineering Mechanics

Lecture 37 | Module 4 | Problems on Zero Force Member ZFM | Engineering Mechanics

Lecture 38 | Module 5 | Virtual Work | Engineering Mechanics

Lecture 39 | Module 5 | Problems on Virtual Work Part 1 | Engineering Mechanics

Lecture 40 | Module 5 | Problems on Virtual Work Part 2 | Engineering Mechanics

Happy Teacher s Day | Message From | Khomesh Sahu Sir

Lecture 41 | Module 6 | Basic Introduction of COG COM Centroids | Engineering Mechanics

Lecture 42 | Module 6 | How to Find Centroid of Line | Engineering Mechanics

Lecture 43 | Module 6 | Concept of Centroid of Area and How to Find | Engineering Mechanics

Lecture 44 | Module 6 | How to Find Centroid of Area Triangles Part 2 | Engineering Mechanics

Lecture 45 | Module 6 | How to Find Centroid of Area Sector of circle | Engineering Mechanics

Lecture 46 | Module 6 | Problems on Centroid of Area Part 1 | Engineering Mechanics

Lecture 47 | Module 6 | Problems on Centroid of Area Part 2 | Engineering Mechanics

Lecture 48 | Module 6 | Problems on Centroid of Area Part 3 | Engineering Mechanics

Lecture 49 | Module 6 | Centroid of Curved Wire Important Notes | Engineering Mechanics

Lecture 50 | Module 7 | Basic Introduction of Moment of Inertia MOI | Engineering Mechanics

Lecture 51 | Module 7 | AMOI Rectangle Plane Area | Engineering Mechanics

Lecture 52 | Module 7 |AMOI Circle Semi circle Plane Area | Engineering Mechanics

Lecture 53 | Module 7 | AMOI Triangle Parabolic Plane Area | Engineering Mechanics

Lecture 54 | module 7 | Parallel Axis Theorem and Perpendicular Axis | Engineering Mechanics

Lecture 55 | Module 7 | Problems on AMOI Part 1 | Engineering Mechanics

Lecture 56 | Module 7 | Problems on AMOI Part 2 | Engineering Mechanics

Doubt clearing session Physical significance of AMOI and MMOI

Lecture 57 | Module 7 | MMOI Part 1 | Engineering Mechanics

Lecture 58 | Module 7 | MMOI Part 2 | Engineering Mechanics

Lecture 59 | Module 7 | Point Mass System Composite Bar System | Engineering Mechanics

Lecture 60 | Module 7 | Problems on MMOI | Engineering Mechanics

Lecture 61 | Module 7 | Radius of Gyration | Engineering Mechanics

Lecture 62 | Module 8 | Basic Introduction of Static Kinetic Friction | Engineering Mechanics

Lecture 63 | Module 8 | Some Important Concept for Friction | Engineering Mechanics

Lecture 64 | Module 8 | Terminology used in Friction | Engineering Mechanics

Lecture 65 | Module 8 | Concept of Pulling Pushing Force and Problem | Engineering Mechanics

Lecture 66 | Module 8 | Problems on Static Friction Part 1 | Engineering Mechanics

Lecture 67 | Module 8 | Problems on ladder and wedge friction Part 2 | Engineering Mechanics

Lecture 68 | Module 8 | Problems on static friction Part 3 | Engineering Mechanics

Lecture 69 | Module 8 | Problems on kinetic friction Part 4 | Engineering Mechanics

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Mechanical engineering is an engineering branch that combines engineering physics and mathematics principles with materials science to design, analyze, manufacture, and maintain mechanical systems. It is one of the oldest and broadest of the engineering branches. Engineering Mechanics Rigid-body Mechanics • a basic requirement for the study of the mechanics of deformable bodies and the mechanics of fluids (advanced courses). • essential for the design and analysis of many types of structural members, mechanical components, electrical devices, etc, encountered in engineering.

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