Mtech from IIT Guwahati🙂
PhD IIT BOMBAY 😊
Worked as an Assistant Professor. 
3 years teaching experience
Cracked Gate 4 times. 
CHESS PLAYER

Sudhanshu Dubey

In this course we are going to discuss about the stress concentration factor, then about fluctatig stresses, fatigue failure, Endurance limit, low cycle fatigue and high cycle fatigue, notch sensitivity, revesered stress, soderbeg and Goodman lines, modified Goodman lines, Gerber equation

then we will solve previous year gate questions

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

GATE - Iconic Pro

Hindi

(Hindi) Design Against Fluctuating Loads

Static And Fluctuating Load

Design of Machine Elements

Mechanical Engineering

GATE & ESE - ME & CH

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

Lecture 1 Course Overview(In Hindi)

Lecture 2 Introduction to Stress Concentration(In Hindi)

Stress concentration factor for different geometries

Lecture 3 Stress Concentration Factors for Various Geometry(In Hindi)

Numerical 1 based on stress concentration factor

Lecture 4 Numerical Based on Stress Concentration Factor(In Hindi)

Numerical based on stress concentration factor

Lecture 5 Numerical Based on Stress Concentration Factor(In Hindi)

Fatigue failure and types of fatigue stress

Lecture 6 Fatigue failure

Fatigue concentration factor, Notch sensitivity

Lecture 7 Fatigue concentration factor and notch sensitivity

Endurance limit and fatigue Testing machine

Lecture 8 ENDURANCE LIMIT AND BEAM FATIGUE TESTING

Lecture 9 Soderberg, GOODMAN

Gate 2018 and 2017 questions from SODERBER and GOODMAN line

Lecture 10 NUMERICAL BASED ON SODERBERG EQUATION

Lecture 11 Low cycle and High cycle Fatigue

Lecture 12 Concept and procedure to make S-N curve

Lecture 13 Gate PYQs based on S-N curve

Lecture 14 INTRODUCTION TO ENDURANCE LIMIT APPROXIMATION

Lecture 15 NUMERICAL BASED ON ENDURANCE LIMIT APPROXIMATION

Numerical 2 on Endurance Limit approximation

Lecture 16 NUMERICAL 2 OF ENDURANCE LIMIT APPROXIMATION

Numerical based on endurance limit approximation

Lecture 17 PRACTICE NUMERICAL 3 OF ENDURANCE LIMIT APPROXIMATION

Lecture 18 Practice Numerical On S-N Curve

Lecture 19 Practice Numerical 2 on S-N curve

Lecture 20 Practice Numerical 2 On S-N curve

Final year B. E Mechanical Engineering student about to pursue MS in the USA, vocalist, chess player


Karthik Balaji Keshavamurthi

It will be about bearings, it's principle, types and selection

Design of Rolling and Sliding Bearings for GATE

Bachelor of technology from IIT-Patna | Cracked GATE | Passion for Teaching

Rajashekar Janjarla

In this course you'll find the Design properties of Machine Elements i.e Clutches and Brakes. You'll find the topics which are included in GATE Mechanical syllabus. You  will find  solutions to practice problems and previous year GATE questions

Design of Clutches and Brakes for GATE

Shubham Rajput

This course is all about the basics of Machine design which is considered as the important subject from GATE point of view and also apart from theory there will be a question related to that particular concept

Basics of Machine Design for GATE

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



Ravindra Lakhara

Full description  about design of machine element with funny conceptual tricky study.

Lessons

21 lessons • 3h 42m

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Lecture 1 Course Overview(In Hindi)

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Lecture 2 Introduction to Stress Concentration(In Hindi)

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Lecture 3 Stress Concentration Factors for Various Geometry(In Hindi)

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Lecture 3 Stress Concentration Factors for Various Geometry(In Hindi)

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Lecture 4 Numerical Based on Stress Concentration Factor(In Hindi)

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Lecture 5 Numerical Based on Stress Concentration Factor(In Hindi)

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Lecture 6 Fatigue failure

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Lecture 7 Fatigue concentration factor and notch sensitivity

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Lecture 8 ENDURANCE LIMIT AND BEAM FATIGUE TESTING

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Lecture 9 Soderberg, GOODMAN

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