Free vibration of the single degree of freedom mass-spring-damper system using exact solution and abaqus

In this example we intend to simulate the free vibration of the single degree of freedom system in the Abaqus software. Actually we are going to obtain the equation of motion for the single degree of freedom mass-spring-damper system using the Abaqus software and exact solution and compare the outcomes having been obtained from the Abaqus software with those gained from the exact solution

As you know , if Zedta is smaller than 1 , the system will be called Underdamped . Indeed if Zedta is lower than 1 , it indicates that the system has an oscillating motion

We intend to solve the question when the Zedta is smaller than 1

equation of motion from exact solution
equation of motion from Abaqus
Comparison between exact solution and Abaqus

As you know , if Zedta is bigger than 1 , the system will be called Overdamped . Indeed if Zedta is bigger than 1 , it indicates that the system will have no oscillating motion

We intend to solve the question when the Zedta is bigger than 1

equation of motion from exact solution
equation of motion from Abaqus
Comparison between exact solution and Abaqus

Information about this tutorial

Full video (Step by step)


Cae files (2 cae files , 1-overdamped , 2-underdamped)


inp files (2 inp files , 1-overdamped , 2-underdamped)


Excel files (Results for 1-overdamped , 2-underdamped)


Pictures (2 pictures for Exact analytical solution ,manual solution in1-overdamped , 2-underdamped )

You will receive these files after purchase

English

The language of the video

Is 37 minutes

Duration of the video

Is 76 MB

Size of all files

Full HD, 1080p

Video quality

After payment, the download link will be sent to your email immediately

Method of receiving

PayPal , Credit card , Tether

Payment Method

$ 8

Price

Email : saeedofmoeini@gmail.com

Contact us to purchase this tutorial

Suggested package