I have competed my BTech from NIT Surathkal. I have experience of working in Reliance industries. I joined unacademy to share knowledge. 

Pritesh Singh

In this course, the educator discusses the basics of engineering mechanics and numerical of varying difficulty level on each concept. Useful for GATE and ESE aspirants.

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

Introduction to Engineering Mechanics. 
List of topics to be discussed in future lectures.
Overview of some numericals and interview questions to develop the interest of students in the subject.

Course overview

Parallelogram law of forces
Moment of force.
Numericals based on the above topics.

Parellelogram law of vectors. Moment of force. Concepts and numericals

Resolution of force in a plane and space. Varignon's theorem. Lami's theorem concepts.

Resolution of force in plane and space. Varignon's theorem and lami's theorem concepts.

Lami's theorem, converse law of traingle and polygon force, 3 and 2 force equilibrium principle. Law of transmibility, Newton's 3rd law, FBD, Numerical on Varignon's theorem.

Lami's theorem, converse law of traingle and polygon force, 3 and 2 force equilibrium principle. FBD

Numericals : Equilibrium, FBD, lami's theorem, resolution of force in plane.

Numericals : Equilibrium, FBD, lami's theorem, resolution of force in plane

Concepts of friction.
Definition, laws of dry friction, interlocking between surface, static, limiting and kinetic friction, graph between force applied and frictional force, angle of limiting friction, coefficient of static and kinetic friction, angle of repose. Direction of friction.

Concepts of Friction: Definition, laws of dry friction, angle of limiting friction and repose.

Numericals on friction to make the concepts strong. Direction of friction. Use of Lami's theorem to solve numericals. Relation between equilibrium equations and DOF.

Friction numericals: It's direction, Use of Lami's theorem. Relation between DOF and equilibrium eq.

Concept of belt friction with numericals.

Belt friction concepts and numericals.

Engineering Dynamics
Rectilinear motion concept and numericals

Dynamics: Rectilinear motion concepts and numericals

Projectile motion : Range, maximum height, time of flight, parabolic equation of motion, Fixed axis rotation, normal and tangential acceleration, angular equations of motion.

Projectile motion , fixed axis rotation

Numericals: Fixed axis rotation, angular equations of motion, tangential and normal acceleration, 
D Alembert's Principle. 
Concept: D Alembert's principle

Numericals: Fixed axis rotation, projectile motion. Concept D Alembert Principle.

Numericals: D Alembert Principle for rectilinear and rotation casses

Numericals: D Alembert's Principle

Numericals: D Alembert's Principle for rotation problems, 
Concept: vertical circular motion of ball attached to string.

Numericals D Alembert's Principle for rotation, vertical circular motion of ball attached to string.

Concept: Motion of object attached to string in horizontal plane with constant angular velocity.
Concept and Numericals on work energy principle.
Concept and Numericals on radial and transverse component of velocity.

Motion of object attached to string in horizontal plane. Radial and traverse velocity. W-E principle

Numericals work energy Principle
Concept:Impulse momentum principle , conservation of linear and angular momentum

Work energy principle. Impulse momentum principle, conservation of momentum

Numericals: Impulse momentum principle, conservation of angular and linear momentum.
Collision of objects in 2 dimension.

Numericals conservation of linear and angular momentum. Concepts:Collision in 2 dimension.

Collision of body with fixed plane. 
Angular momentum.
Virtual work concept and numerical. Pulley mass system.
Direction of motion and relation between acceleration of bodies in pulley mass system

Collision of body with fixed plane Virtual work. Pulley mass system

Pulley mass system numerical.
Structure: Truss Vs Frame
Assumptions in analysis of Truss.
Types of Truss : Deficient Truss, Statically determinant, Indeterminant Truss.

Structure: Truss and frames. Pulley mass system numerical.

Methods of joints and section, null members. Numericals and theory.

Truss: method of joints, methods of section. Null members. Frames Numericals

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)

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

Lessons

19 lessons • 4h 21m

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Course overview

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Parellelogram law of vectors. Moment of force. Concepts and numericals

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Resolution of force in plane and space. Varignon's theorem and lami's theorem concepts.

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Lami's theorem, converse law of traingle and polygon force, 3 and 2 force equilibrium principle. FBD

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Numericals : Equilibrium, FBD, lami's theorem, resolution of force in plane

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Concepts of Friction: Definition, laws of dry friction, angle of limiting friction and repose.

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Friction numericals: It's direction, Use of Lami's theorem. Relation between DOF and equilibrium eq.

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Belt friction concepts and numericals.

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Dynamics: Rectilinear motion concepts and numericals

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Projectile motion , fixed axis rotation

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