M. Tech. in Manufacturing(NIT-T), Cracked GATE-17 (64.55/100, 689/1000) in first attempt. Passionate about teaching.

Aravind Kumar

In this course, the educator discusses Cams and Follower Motion Analysis, under the subject Theory of Machines helpful for all the GATE 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

GATE - Iconic Pro

English

Part 4 TOM - Cams and Follower Motion Analysis: GATE (Mechanical)

Mechanism And Machines

Theory of Machines

Mechanical Engineering

GATE & ESE - ME & CH

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

This video created is to provide an overview of what will be covered in the course.

1. Course Content

In this video, I have explained the classification and nomenclature of CAMs and Follower.

2. Classification & Nomenclature of Cam

I'm this video, the different types of follower motion is discussed.

3. Follower Motion Characteristics

In this video, the uniform velocity motion of the follower is discussed.

4. UVM of the Follower

In this video, I have explained about the uniform acceleration and retardation motion of the follower.

5. UARM of the Follower

In this video, I have explained about the Simple Harmonic Motion of the Follower

6. SHM of the Follower

In this video, I have explained about the Cycloidal Motion of the Follower

7. Cycloidal Motion of the Follower

In this video, I have compared different types of follower motions

8. Comparison of Follower Motions

In this video, I have solved all the PYQs that have come from Cams in GATE.

9. PYQs on Cams & Followers

A few extra MCQs are discussed in this video.

10. MCQs on Cams & Followers

NIT Bhopal, 7 times Gate qualified with 98-99 %ile, AIR 1873, 2 years teaching experience in bansal IITjee as a physics faculty, 6 months in

Vivek Jain

This course gives a basic introduction and classification of gears

Power Transmitting Element Gear And Gear Trains

 I completed my B.Tech from Mechanical Engineering.and I love teaching. I am not best but I am always trying my best...



Kanchan Singh

This course is for Mechanical Engineering students which are also preparing for GATE IES SSC. In this course we will study theory of machine . This is the basic part of Mechanical Engineering. This is the Theory of Machine part:2 of Kanchan Singh's course and this part will cover Gears,Gear train,Governor,Flywheel and in last session of this course he will provide some previous year question with solution.

(Hindi)Theory of Machine Part:2

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

A S K Azad Mechanical Engineering

Instantaneous Centre Method Approach, Locus of I-Centre & I-Axis, Number of Instantaneous Centre in a Mechanism, KENNEDY Theorem, Theorem of Angular Velocity, Relative Velocity Approach.

(Hindi) TOM 2: Velocity Analysis

My achievement is to be a good professor and make me proud in my teaching field.

Gunti Venkateswarlu

Power transmission, types of flat belts, slip of belt, creep of belt, centrifugal tension, maximum power transmission, types of chains, length of open belt drive and cross belt drive, driving ratio of tension in belt drive.

(Telugu) Theory of Machines: GATE and ESE

Hello I am mechanical Engineer. I am working as a Mechanical Project & design Engineer at Jain Electronics co. Pune.

Jyoti Shinde

This course will discuss the four stroke and two stroke spark ignition engine along with the description of engine parts that participated in the whole process. and valve timing diagram of four stroke and two stroke
and Detonation in SI engine.

(Hindi) Course on Spark Ignition Engine

I'm an Automobile Engineer and also a automobile enthusiast . I have a Diploma and B.E. in engineering.

Karan More

This course is going to begin with different layouts of vehicles with respect to engine position and all about an automobile engine.

Lessons

10 lessons • 1h 44m

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1. Course Content

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2. Classification & Nomenclature of Cam

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3. Follower Motion Characteristics

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4. UVM of the Follower

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5. UARM of the Follower

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6. SHM of the Follower

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7. Cycloidal Motion of the Follower

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8. Comparison of Follower Motions

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9. PYQs on Cams & Followers

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10. MCQs on Cams & Followers