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

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Video Lectures on Engineering Mechanics by Khomesh Sahu Sir

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

Best Books For Engineering Mechanics

Lecture 4 | Module 2 | Resultant Force and Law 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-planar Concurrent Force | Engineering Mechanics

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

Lecture 13 | Module 2 | Problems Based on Co-planar 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-planar 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-planar Non-concurrent Force | Engineering Mechanics

Lecture 20 | Module 3 | Problems Based on Co-planar 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 | 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

Final Exam - Fundamentals of Engineering Mechanics

Fundamentals of Engineering Mechanics

Explore the concept of internal hinges and their significance in mechanical systems.

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