Director at Course Creel (co.)
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Krishna Verma

The course is about deflection of beam. It consist calculations of slop and deflection of different types of beam like cantilever, simply supported beam, overhung beam in different loading conditions, composite beam and variable cross-section beam with different loading.

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(Hindi) Deflection of Beam - GATE (Mechanical)

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GATE (Mechanical) : Course overview of deflection of beam. It consist information about GATE and weightage of course for GATE, important topics and preparation strategy for deflection of beam.

Deflection of Beam: Course Overview (in Hindi)

GATE (Mechanical) : Introduction Of Deflection Of Beam is related to deformation in beam which mainly caused by bending moment and shear force. This lesson consist introduction of deflection of beam and different methods of determining deflection of beam.

Deflection of Beam : Introduction of Deflection of Beam (in Hindi)

GATE (Mechanical) : Complete derivation of differential equation of deflection of beam which is having variable radius of curvature at different points. It is related to bending moment and angle of rotation.

Deflection of Beam: Differential Equation of Deflection Curve of Beam (in Hindi)

GATE (Mechanical) : Complete derivation of double integration method with the help of differential equation of deflection curve and a case of cantilever beam which is subjected to UDL to find out the slop and deflection with the help of double integration method.

Deflection of Beam: Double Integration Method (in Hindi)

GATE (Mechanical) : Complete derivation to find out the slope and deflection for three different cases of cantilever beam with the help of double integration method. First two cases are related to cantilever beam with partial Loading of UDL from fixed and free end and another case is cantilever beam with point load at free end.

Deflection of Beam: Cantilever Beam Partially Loaded With UDL and Point Load (in Hindi)

GATE (Mechanical) : Complete derivation to find out the slope and deflection for cantilever beam with point load at intermediate point and simply supported beam with point load at mid point.

Deflection Of Beam GATE(Mechanical) : Cantilever Beam & Simply Supported Beam with Point Load

GATE (Mechanical) : Complete derivation to find out the slope and deflection of simply supported beam which is subjected to UDL over complete span or overall length

Deflection Of Beam (in Hindi)-GATE (Mechanical) : Simply Supported Beam with UDL Over Entire Length

GATE (Mechanical) : Complete derivation to find out the slope and deflection for simply supported beam which is subjected to eccentric point load and slope and deflection for different conditions on beam.

Deflection Of Beam(in Hindi)-GATE (Mechanical) : Simply Supported Beam with Eccentric Point Load

GATE (Mechanical) : Units are the most important part of calculation of any numerical value like value of deflection and slope for different conditions. So this lesson is related to consideration of Units and one numerical.

Deflection Of Beam (in Hindi) - GATE (Mechanical) : Consideration of Units

GATE (Mechanical) : Numerical of deflection of beam which is related to simply supported beam with point load at the mid point where we have to find out the slope and deflection and ratio of length for the different conditions.

Deflection Of Beam (in Hindi) - GATE (Mechanical) : Numerical 1 (Deflection Of Beam)

GATE (Mechanical) : Macaulay's Method is the simple method to find out the slope and deflection for a beam which is subjected to different types of loads or for different conditions. Macaulay's Method is related to discontinuity function.

(In Hindi) Deflection Of Beam - GATE (Mechanical) : Macaulay's Method

GATE (Mechanical) : Numerical of Macaulay's Method. To find out the slope and deflection for a simply supported beam with point load at different points and for different conditions with the help of Macaulay's Method.

(In Hindi) Deflection Of Beam - GATE (Mechanical) : Numerical 2 (Macaulay's Method)

GATE (Mechanical) : Numerical of deflection of beam which is related to Macaulay's method. In this numerical we will find out the slope and deflection for a simply supported beam with a couple at one end and there is no other external vertical load.

(In Hindi) Deflection Of Beam - GATE (Mechanical) : Numerical 3 (Macaulay's Method)

GATE (Mechanical) : Concept of propped beam. In this lesson we will see two cases of propped beam (Cantilever and simply supported beam) and there compatibility equations for different conditions and one numerical related to propped beam.

(Hindi) GATE- Mechanical : Deflection Of Beam - Propped Beam

GATE (Mechanical) : Numerical of deflection of beam with double integration method. To find out the slope and deflection for a cantilever beam with point load at free end which is in contact with the another short cantilever beam, we can prefer double integration method of deflection of beam.

GATE (Mechanical) : Deflection Of Beam - Double Integration Method (Numerical 4) ( in Hindi)

GATE (Mechanical) : Variable Loading On Beam of Uniform Section.  To find out the slope and deflection for a beam of uniform section which is subjected to uniformly variable loading, we can prefer double integration method of deflection of beam.

GATE (Mechanical) : Variable Loading On Beam of Uniform Section - Deflection Of Beam (in Hindi)

GATE (Mechanical) : Deflection Of Beam Of variable cross-section. To find out the slope and deflection for a beam with variable cross-section which is subjected to different types of loads at different points, we can prefer double integration method of deflection of beam.

GATE(Mechanical) : Deflection Of Beam of Variable Cross-section(Double Integration Method)(in Hindi)

GATE (Mechanical) : Numerical of deflection of beam for a system. To find out the slope and deflection in system ( combination of different beam which is connected with rod) we use compatibility equations. First we will find out the deflection in each beam and rod then we will apply compatibility equations.

GATE (Mechanical) : Deflection Of Beam - Numerical 5 (in Hindi)

GATE (Mechanical) : Relation Between Maximum Stress and Maximum Deflection. Here I will discuss two cases of beam ( Simply Supported beam with UDL on overall length and beam with moments at ends) to find out the ratio of maximum deflection and maximum stress.

GATE (Mechanical) : Relation Between Maximum Stress and Maximum Deflection (Numerical) (in Hindi)

I am M Tech from COEP. I have 2 years of teaching experience in Mech Engg. Currently I am trainer in Infosys (Mech Stream).
I love to teach.

Rahul Muthal

This course will guide the students to prepare for Material Science subject. Which will help them in their GATE, IES and other competitive exams preparation for Material Science subject.
This course will also help the students, who are preparing for their university exam of Material Science subject.
In overall this course will help in enhancing the basic concepts of Material Science and knowing interesting relevance of different materials properties and their behaviour.

(Hindi) Material Science for GATE and competitive exams

Hi this is chandrasekar KL, I have worked at Reckitt Benckiser india at hosur for 1.5 years

Chandrasekar Kl

This course explains about classification, specification, motions, control, path generated,, need and application.

Introduction to Robots and Fundamentals: Part - 2

UNACADEMY TOP EDUCATOR 2017
Sr. Physics faculty in Motion Education , Kota
Teaching experience of more than 6years .

Sanjeev Tiwari

Shear and bending moment diagrams are analytical tools used in conjunction with structural analysis to help perform structural design by determining the value of shear force and bending moment at a given point of a structural element such as a beam. In this Course, Sanjeev has made an effort to explain all the possible Shear force and bending diagrams of the beam because of loads and moment acting on it. Tags: Shear force and bending moment, Shear force and bending moment diagram examples, How to draw shear force and bending moment diagram, Shear force and bending moment diagram for cantilever beam, Shear force and bending moment diagram solved examples, Shear force and bending moment diagram for fixed beam, Shear force and bending moment diagram for uniformly varying load, GATE preparation.

(Hindi) How to Draw Shear Force and Bending Moment Diagrams

I am Saurav Kumar.I was lecturer in BITT polytechnic Ranchi and have experience of 2 year in teaching.

Saurav Kumar

Gate previous question discussion is done in this course

Lessons

19 lessons • 4h 26m

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Deflection of Beam: Course Overview (in Hindi)

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Deflection of Beam : Introduction of Deflection of Beam (in Hindi)

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Deflection of Beam: Differential Equation of Deflection Curve of Beam (in Hindi)

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Deflection of Beam: Double Integration Method (in Hindi)

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Deflection of Beam: Cantilever Beam Partially Loaded With UDL and Point Load (in Hindi)

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Deflection Of Beam GATE(Mechanical) : Cantilever Beam & Simply Supported Beam with Point Load

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Deflection Of Beam (in Hindi)-GATE (Mechanical) : Simply Supported Beam with UDL Over Entire Length

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Deflection Of Beam(in Hindi)-GATE (Mechanical) : Simply Supported Beam with Eccentric Point Load

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Deflection Of Beam (in Hindi) - GATE (Mechanical) : Consideration of Units

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Deflection Of Beam (in Hindi) - GATE (Mechanical) : Numerical 1 (Deflection Of Beam)

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