Become Master In Mechanics (Part 1)

Basic Concepts of Mechanics

What you'll learn
Basic concepts of mechanics and its related terms
Mechanics for Engineering students
System of forces, different laws, friction and moment of inertia
Complete course of mechanics which is related to physics
Requirements
Basic knowledge of physics like force, mass, weight and basic knowledge of mathematics for calculation
Description
Engineering mechanics is a basic and core subject of mechanical and civil engineering in all institutions of technology. This subject is based on concepts of mechanics and their applications in the field of engineering.The purpose of this course is to provide information about complete concepts of mechanics to solve engineering problems related to design, construction of various types of machines and structure.In this course students will learn about force, mass, newtons laws, units, measurements, all basic terms related to mechanics, system of forces, Free body diagram, Laws to solve forces on object, Concepts of friction, Centre of gravity, centroid, moment of inertia, moment of inertia of different section, practice questions related to all topics etc.This course consist a quiz also, so learners can check their knowledge while they are learning.This course is beneficial for physics students, Engineering students, competitive exams aspirants and for those who believe in learning.We take live classes also for Mechanical Engineering subjects.  You can visit our website or download the app from play store.Benefits of Course : 1. Detailed understanding of every topic.2. Practice questions for better understanding.3. Beneficial for curriculum exams and competitive exams purpose.Targeted Audience :Engineering students of all branches (ME, CE, EE, ECE, CS, IT, Chemical etc.)GATE AspirantsCompetitive Exams AspirantsWho wants to enhance their knowledge

Overview

Section 1: Introduction

Lecture 1 Introduction - Basic Terms of Engineering Mechanics

Lecture 2 Introduction - Basic Terms of Engineering Mechanics : Lecture 2

Lecture 3 System of Forces

Lecture 4 Equilibrium, Equilibrant, Resultant

Lecture 5 Principle of Transmissibility

Lecture 6 Parallelogram Law of Forces

Lecture 7 Resolution of Forces

Section 2: Free Body Diagram

Lecture 8 Condition of Equilibrium

Lecture 9 Concepts of Free Body Diagram

Lecture 10 Numerical of Free Body Diagram

Lecture 11 Lami's Theorem

Lecture 12 Numerical of Free Body Diagram

Section 3: Moment and Couple

Lecture 13 Moment of Force

Lecture 14 Calculation of Resultant Moment

Lecture 15 Varignon's Theorem

Lecture 16 Concepts of Couple

Section 4: Trusses and Frames

Lecture 17 Concepts of Trusses and Frames

Lecture 18 Mathematical Conditions of Trusses and Frames

Lecture 19 Types of Supports in Trusses & Frames

Lecture 20 Analytical Method to Solve Trusses

Lecture 21 Practice Questions on Method of Joints

Lecture 22 Practice Questions on Method of Section

Section 5: Concepts of Friction and Friction Force

Lecture 23 Concepts of Friction & Friction Force

Lecture 24 Idealized Graph of Friction

Section 6: Centroid, Centre of Gravity and Moment of Inertia

Lecture 25 Difference Between Centroid & Centre of Gravity

Lecture 26 Location of Centroid

Lecture 27 Location of Centre of Gravity

Lecture 28 Formulas of Centroid and Centre of Gravity

Lecture 29 Numerical - Location of Centroid & Centre of Gravity

Lecture 30 Concept of Moment of Inertia

Lecture 31 Concepts of Moment of Inertia - Part 2

Lecture 32 Parallel Axis Theorem

Lecture 33 Perpendicular Axis Theorem

Lecture 34 Radius of Gyration

Lecture 35 Moment of Inertia of Different Sections

Lecture 36 Numerical - Moment of Inertia

Lecture 37 Mass Moment of Inertia

Section 7: Practice Quiz

Engineering students, physics students, Competitive exams aspirants and those who wants to enhance knowledge