Teaching for 15 years ( mechanical engineering) Qualified gate-2015& 2018, b.tech KNIT Sultanpur u.p. m.tech in production engineering, 

Khushee Ram

In this course, the educator is discussing Orientation lesson on friction for mechanical Engineering GATE Exams

GATE (Graduate Aptitude Test in Engineering) 2020 & 2021 complete preparation with best educators. Know about the detailed syllabus, best books, exam pattern and dates, previous year question papers a

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English

Engineering Mechanics: GATE

Analysis of System of Forces

Engineering Mechanics

Mechanical Engineering

GATE & ESE - ME & CH

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

Principles of Friction

Basics of engg. Mechanics, classification of mechanics and fundamentals of Engg mechanics

Basics of Engineering Mechanics

Fundamentals of engineering mechanics, parallelogram law of forces, Lami's theorem, etc and problem based on these topics

Fundamentals of Engineering Mechanics

System of forces and resolution of forces

System of Forces

Two Dimensional Force System

Two dimensional force system PART II and problem based on free body diagram

Two Dimensional Force System Part 2

Lesson 1,course overview of engineering mechanics

Course Overview of Engineering Mechanics

System of forces part 3, problem based on free body diagram and resolution of forces.

Two Dimensional Force System Part 3

Introduction of structure, types of structure and trusses, classification of trusses, types of stresses and forces in the members of a truss, Analysis of truss and assumptions in the analysis of plane truss.

Structure analysis of pin-jointed plane trusses /frames

Determination of support reaction in plane truss and frame

Determination of support reaction in plane truss/frame

Determination of Axial forces in a member of plane truss and frame by analytical method

Determination of Axial forces in a plane truss/frame by analytical method

Introduction of vector, classification of vector, mathematical operations of vector

Vector algebra Part-1

Resolution of vector, addition of vector analytically

Vector Algebra Part-2

Multiplication of a vector by a scalar., scalar or dot product, geometrical interpretation of scalar product, dot product of unit vector, cache Schwartz inequality, problem based on dot product

Vector Algebra part-3

Vector Algebra Part-4, cross product of vectors

Cross product in determinent form, moment of force

Vector Algebra Part-5

Moment of force about the origin, rectangular component of a moment, moment of a force about a given axis

Vector Algebra Part-6

Couple, practical applications of a couple

Vector Algebra Part-7

Introduction of virtual work, principle of virtual work, sign convention and problem based on virtual work

Virtual work

Centroid, centre of gravity and centre of mass

Centroid of triangle, semicircle and sector of a circle

Centroid of standard figures from first principles

Problems based on Centroid of composite section

Centroid of composite sections

Problem based on centroid part-1

Problem based on centroid part-2

Moment of Inertia part-1

Moment of Inertia part-2

Moment of Inertia of rectangle about centroid all axis, moment of Inertia of triangle about centroid all axis, moment of Inertia of a circle about its diameter axis

Moment of Inertia part-3

Problem based on moment of Inertia of T-section, I section

Moment of Inertia part-4

Problem based on moment of Inertia part-4

Problem based on moment of Inertia of composite section part-5

Problem based on moment of Inertia part-5

Centre of gravity of rod, centre of gravity of uniform circular cone

Centre of gravity of rod and uniform circular cone

Centre of gravity of a hemisphere and centre of gravity of a quarter circular wire

Centre of gravity of a hemisphere and centre of gravity of quarter circular wire

Problem based on centre of gravity

Mass moment of Inertia

Problem based on moment of Inertia of part 6

Problem based on free body diagram

Mass moment of Inertia of solid plate and solid cylinder

Mass moment of Inertia of a solid plate and a solid cylinder

Problem based on free body diagram like cylinder

Problem based on free body diagram part-2

Problem based on free body diagram part-3

Introduction of kinematics

Equations of linear motion, rotation of rigid body and relation between linear motion and angular motion

Equations of motion, rotation of rigid body and relation between linear motion and angular motion

Equations of rotation motion, problem based on rotational motion

Equations of rotation motion, problem based on rotational motion of a particle

Problem based on rectilinear motion

Types of supports reaction, types of load and problem based on determining the support reaction

Types of supports, types of loads and problem on determination support reaction

Problem based on beam determination of support reactions

Projectile motion

Problem based on projectile motion

Motion of connected bodies

Problem based on motion of connected bodies

D Alembert Principle and Dynamic equilibrium

D, Alembert Principle and Dynamic equilibrium

Work energy

Problem based on work energy part-1

Problem based on work energy part-2

Problem based on work energy part-3

Problem based on D'Alembert's Principle part-1

Problem based on D'Alembert's Principle part-2

Impulse, impulse momentum principles and coefficient of restitution

Impulse, principle of impulse momentum, coefficient of restitution

Types of impact

Problem based on work energy part-4

Problem based on law of conservation of momentum, loss of kinematic energy and direct central impact

Problem based on law of conservation of momentum, loss of kinematic energy and direct impact

Problem based on conservation of momentum and elastic collision

Problem based on on conservation of momentum and elastic collision

Problem based on conservation of momentum and elastic impact 1

Problem based on circular motion of rigid bodies and rotation of rigid bodies

Problem based on circular motion of a rigid bodies and rotation of rigid bodies

Shear force and bending moment, relationship between load intensity, shear force and bending moment

Shear force and bending moment, relationship between load intensity., shear force and bending moment

SFD and BMD for a few standard cases

SFD and BMD for a few standard cases part-1

Problem based on SFD and BMD for a simply supported beam part-1

Problem based on simply supported beam part-1

Problem based on SFD and BMD for simple supported beam part-2

Problem based on simply supported beam part-2

Problem based on SFD and BMD for a simply supported beam part-3

Problem based on SFD and BMD for a simply supported beam part-4

Problem based on SFD and BMD for simple supported beam part-4

Problem based on SFD and BMD for a Over hanging beam

Problem based on SFD and BMD for a Over hanging beam part-1

Problem based on SFD and BMD for a Over hanging beam part-2

Problem based on SFD and BMD for a cantilever beam part-1

Problem based on SFD and BMD for a cantilever beam part-2

ISRO 2018 Pune University COEP Loni Rank 1  Mechanical engineering 2017,GATE 2018 Ranker, IES aspirant, Got selected @HAL,THERMAL ENGINEERIN

Avinash Sadaphal

This course covers all the important points related top the strength of materials.

(Hindi) Strength of Materials

M.E. IN THERMAL SCIENCE
YOU TUBER,
Subject Combines In a Better way With conceptual manner

Niraj Diwatiya

The Basic Chapter Of Mechanics Moment Of Inertia Comprises Of Area M.i. & Mass M.i. Covering Both In A Better Manner. Discuss Some Important Centroid That Deals With Solving Deflection Problems & Helps In Som Subject

(Hindi) Moment Of Inertia

Telegram Group for all Students and Teachers (Pot of Knowledge)
https://t.me/ASKAzadMechanicalEngineering

A S K Azad Mechanical Engineering

This Mock Test will cover the complete syllabus of Machine Design for ESE (Mechanical Engineering). Take around one hour time to solve questions and then watch Abhinandan's  approach to slove them.

(Hindi) ESE (Mechanical Engineering): Mock Test (Machine Design)

ies prelims cleared
gate 2018 cleared
gate 2019 cleared
4 year teaching experience



Ravindra Lakhara

In this course, the educator discusses concepts based on the Strength of the Material in Engineering Mechanics for ESE-Mechanical Engineering.

Lessons

75 lessons • 15h 15m

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Principles of Friction

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Basics of Engineering Mechanics

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Fundamentals of Engineering Mechanics

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System of Forces

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Two Dimensional Force System

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Two Dimensional Force System Part 2

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Course Overview of Engineering Mechanics

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Two Dimensional Force System Part 3

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Structure analysis of pin-jointed plane trusses /frames

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Determination of support reaction in plane truss/frame

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