Director at Course Creel (co.)
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Krishna Verma

This course is about fixed beam. This course is about deflection and slope in fixed beam which is subjected to different types of loads at different points and application of different methods of deflection of beam.

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GATE (Mechanical) : Fixed Beam ( Important Topics and Numerical)

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GATE (Mechanical) : Course overview of fixed beam. This course is about fixed beam where we will see slope and deflection in beam which is subjected to different types of loads at different points. This lesson consist information related GATE, Weightage of course and preparation strategy for gate.

GATE (Mechanical) : Fixed Beam (Course Overview)

GATE (Mechanical) : Introduction Of fixed beam. In this lesson we will see about statically indeterminate beam and all the concept of fixed beam with external load and comparison of BMD of simply supported beam and fixed beam.

GATE (Mechanical ) : Fixed Beam - Introduction

GATE (Mechanical) : Description of area moment method for fixed beam. With the help of area moment method or Mohr method we will determine some equation with the help of bending moment diagram of fixed beam and simply supported beam.

GATE (Mechanical) : Fixed Beam - Area Moment Method

GATE (Mechanical) : Fixed beam with uniformly distributed load over whole span.  Here we will determine the bending moment and equation of deflection for fixed beam with UDL with the help of area moment method or Mohr theorem.

GATE (Mechanical) : Fixed Beam - Fixed Beam With Uniformly Distributed Load

GATE (Mechanical) : Fixed Beam With Point Load at Centre. Here we will determine the maximum deflection and bending moment and other important terms for a fixed beam with point load at centre with the help of area moment method or Mohr method.

GATE (Mechanical) : Fixed Beam - Fixed Beam With Point Load at Centre

GATE (Mechanical) : Fixed beam with eccentric point load.  Equation of bending moment, fixing moment, shear force and reaction for a fixed beam which is subjected to point load at eccentric point.

GATE (Mechanical) : Fixed Beam With Eccentric Point Load

GATE (Mechanical) : Numerical of fixed beam which is subjected to point load at intermediate point and to find out the end reactions and moment at end points we will use area moment method.

GATE (Mechanical) : Fixed Beam With Eccentric Point Load - Numerical

GATE (Mechanical) : Numerical of fixed beam which is subjected to couple at intermediate point.

GATE (Mechanical) : Fixed Beam With Couple at Intermediate Point (Numerical)

GATE (Mechanical) : Double Integration Method for fixed beam to find out the deflection if the beam is subjected to different types of loads at different points.

GATE (Mechanical) : Fixed Beam - Double Integration Method for Deflection

GATE (Mechanical ) : To find out the slope and deflection at a fixed beam with point load at intermediate point we will use double integration method. We will find out the slope and deflection at different point like maximum deflection point and deflection at mid point.

GATE (Mechanical) : Fixed Beam With Eccentric Point Load (Double Integration Method)

GATE (Mechanical) : Fixed Beam With UDL Over Part Length From One End. We will use method of superposition to find out end moment and reaction components at fixed beam which is subjected to UDL over part length.

GATE (Mechanical) : Fixed Beam With UDL Over Part Length From One End (Method of Superposition)

GATE (Mechanical) : Fixed Beam With Triangular Loading. Thus lesson consist 3 cases of triangular loading like loading  with zero intensity at one point and Maximum at another end, triangular loading over part length and triangular loading having maximum intensity at mid point.

GATE (Mechanical) : Fixed Beam With Traingular Loading (Method of Superposition)

GATE (Mechanical) : Numerical of fixed beam which is subjected to triangular loading and numerical of fixed beam which is subjected to couple at intermediate point where we will find out the end conditions.

GATE (Mechanical) : Fixed Beam With Triangular Loading - Numerical

GATE (Mechanical) : For a partially fixed beam which is completely fixed at one end and partially fixed at other end we will discuss the effect of rotation. At partially fixed end the deflection will be zero but slop will noot be zero.

GATE (Mechanical) : Effect of Rotation at Support on Partially Fixed Beam

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

14 lessons • 3h 16m

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GATE (Mechanical) : Fixed Beam (Course Overview)

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GATE (Mechanical ) : Fixed Beam - Introduction

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GATE (Mechanical) : Fixed Beam - Area Moment Method

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GATE (Mechanical) : Fixed Beam - Fixed Beam With Uniformly Distributed Load

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GATE (Mechanical) : Fixed Beam - Fixed Beam With Point Load at Centre

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GATE (Mechanical) : Fixed Beam With Eccentric Point Load

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GATE (Mechanical) : Fixed Beam With Eccentric Point Load - Numerical

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GATE (Mechanical) : Fixed Beam With Couple at Intermediate Point (Numerical)

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GATE (Mechanical) : Fixed Beam - Double Integration Method for Deflection

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GATE (Mechanical) : Fixed Beam With Eccentric Point Load (Double Integration Method)

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