Research Scholar, IIT Madras, 

Graduate in Mechanical Engineering from CUSAT. 

Rahul Kumar

This course talks about the mathematical formaulation of two degree of freedom system. different type of coupling coming into the system of equations has also been discussed. Free and forced Vibration response of the system is calculated. introduction to generalized coordinate has been given as well, where the system is no more coupled. At the end the orthogonality of modes has been discussed.

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Hindi

(Hindi) Vibration Response of Two DOF System

Vibrations

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

Introduction about the course has been discussed. The books required for this course has been suggested. The prerequisite for this course has been mentioned for the learners.

Overview of Course (in Hindi)

This course discusses the mathematical formaulation for the two degree of freedom system. The governing differential equations are coupled and the concept of linear transformation has been introduced to make it uncouple.

Mathematical Formaulation of Two DoF system (in Hindi)

Discussed the normal mode analysis and coordinate shift from physical domain to modal domain. The solution for 2 dof system has been discussed as well.

Free Vibration Response (in Hindi)

Discussed the general formulation for a two dof system. Static coupling and Dynamic coupling has been discussed with the help of half car model.

Coordinate Coupling (in Hindi)

Discussed the formulation for  forced Vibration system and the response. Finally the orthogonality property of modes has been discussed.

Forced Vibration Response (in Hindi)

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

In this course, Rahul Kumar discusses the analysis of systems with more than one degrees of freedom. Mathematical formaulation of the system has been discussed first then the concept of decoupling has been introduced. Finally, the solution for both forced and free vibration has been taught.

Dynamics of MDoF System

Completed BE in Mechanical Engineering. Qualified GATE(ME). Working in Design Field.

Pacchu P

This Course covers various Vibration terms and definitions, Items related to vibration, types of vibration, Parts of Vibratory System, Harmonic Motion Analysis and in the end Solution to Numerical Problems. This Course is beneficial for GATE (Mechanical) aspirants.

(Kannada) Mechanical Vibration - GATE (Mechanical)

Bharat Singh

This course deals with basics of mechanical vibrations and helps you understand it very simply

(Hindi) Vibration for GATE

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

Sudhanshu Dubey

This Course Coves  Following topics

Definition and Terminology,

Degree of Freedom,

Natural frequency of free vibration,

Free vibration with viscous damping,

Undamped vibration with harmonic oscillatory,

Vibration Isolation and transmissibility,

Torsional vibration.

(Hindi) Mechanical Vibration : GATE (Mechanical)

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.

Lessons

5 lessons • 38m

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Overview of Course (in Hindi)

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Mathematical Formaulation of Two DoF system (in Hindi)

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Free Vibration Response (in Hindi)

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Coordinate Coupling (in Hindi)

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Forced Vibration Response (in Hindi)