Finding Transfer Function of a Mass Spring Damper System

[@anjaligarg8940]

I never comment, but you literally taught me this in 10 minutes after I had spent countless hours trying to figure it out. Thank you SO much!

[@fareedsyed1869]

Sir, you explained it 10 times better than my professor. Thank you!!

[@digitidea]

Glad to hear that

[@sonictailsandsally]

Just what I needed! Straight to the point!

[@digitidea]

I am glad it helped

[@radityapermana4865]

Very clear explanation! Thanks Sir!

[@vitorsilva4106]

Really good video! Helped me a lot to understand such an important concept!

[@digitidea]

Thanks Vitor. have you subscribed to my channel, if not plz do so for future videos and that will help me grow my channel.

[@scarlettmiskin9504]

This was so well explained!! THANK YOU!!

[@digitidea]

Glad you liked it!!

[@sandeepprasadyogi7498]

Perfection in explanation... hats off to sir...!!!

[@digitidea]

Thanks Sandeep

[@chahmadabdullah]

Really loved the simple explanation.

[@digitidea]

thanks

[@febyanahmad6188]

Straight to the point! Thank you sir

[@digitidea]

thanks

[@deshanbatagoda4629]

I really recommend this video. Simply a very nice and an efficient video.

[@digitidea]

Thanks

[@dr.engineering201]

Could you do example with initial conditions, a car is fixed by spring on left hand side and damper on right hand side with intial conditions.

[@digitidea]

Thanks Philip for transfer function, we "must" takr initial conditions zero but I have noted as a "video idea"...Thanks

[@mergluca]

Excellent video, clear and exhaustive explanations, I have just discovered the channel, it is really great, I just wonder are there any arguments that you are not dealing with?

[@digitidea]

Thanks i appreciate that. No this is a complete video on its topic

[@tanvirkarim7188]

Very helpful video sir! I hope you will also make video on power simulink which is relevant to this control System basics in shaa Allah.

[@digitidea]

Thanks Tanvir Insha Allah

[@satviksrivastava9504]

thank u sir . ur video helped a lot!!

[@digitidea]

Thanks Satvik, stay connected, Have you subscribed to my channel?

[@Farseem_Riasat]

Sir, can you give more examples regarding transnational ?

[@digitidea]

do you mean translational? moving with same velocity as in mechanics?

[@Farseem_Riasat]

@@digitidea yes Sir, transnational related more complex examples

[@josphinegitia996]

Thank you sir,, Am almost doing my exams and it has been very helpful

[@digitidea]

Glad to hear that

[@rohan_v5]

Thanks sir you are great

[@digitidea]

You are Welcome

[@anikarichie]

thank you so much sir for such a helpful video!

[@digitidea]

You are welcome Anika...

[@chahmadabdullah]

Great Video :) Really informative and insightful :)

[@digitidea]

I am glad you liked

[@immi.x]

How do I calculate the step input response 2nd order of this system

[@digitidea]

There is another video

[@Farseem_Riasat]

ma sha ALLAH , me from bangladesh

[@digitidea]

Masha Allah and Thanks

[@Farseem_Riasat]

@@digitidea Sir, can you give more examples regarding transnational ?

[@IvanLuna]

Thanks!

[@digitidea]

Thanks Ivan have you subscribed for future videos?

[@halidhassen2019]

jezakellahu kheyren

[@digitidea]

I am glad you liked thanks

[@khemjirah3854]

Thanks sir

[@digitidea]

Welcome!

[@SayatOskenov]

thank you BRO!

[@digitidea]

You're welcome!

[@imamnegeri8825]

sir please explain balancing mass transfer fuction, btw your video very helped understand basic conceptual TF. thanks a lot sir.

[@digitidea]

Noted

[@MS-ld3jn]

Really simple and easy video, but I think it would be better if you wrote some things a little bigger. Other than that it was great! Thanks so much

[@digitidea]

Thanks MS

[@daneescan]

What if same damper is placed at 90 degree to the spring at y axis direction. Is that the first derivative will be zero?

[@mhppolash8117]

Excellent

[@digitidea]

thanks

[@anonymlife4361]

thanks

[@digitidea]

Welcome

[@ROSHANSHARMA-cs6cc]

Love u sir

[@digitidea]

Thanks Roshan

[@ROSHANSHARMA-cs6cc]

Maine ye lecture exam k morning me dekha tha , or exam me 5 marks ka aaya tha

[@digitidea]

@@ROSHANSHARMA-cs6cc I am glad it helped. Did you get full marks?

[@ROSHANSHARMA-cs6cc]

Sir semester exam hai , result 8 months k baad aata hai , but main confident hu poora marks milega us question me

[@digitidea]

Good Roshan..have you subscribed to my channel if not please do so.Thanks

[@JibinPRejiMAC]

nice

[@digitidea]

thanks

[@patrickknyg]

I liked the video ... but the course isn't complete as the introductory video shows ...

[@digitidea]

yes will make more videos when get time

[@karimfaizy766]

May Allah bless u bro

[@digitidea]

Thanks bro same to you...

[@manusharma4755]

How we will calculate the value of S?

[@digitidea]

good question but cannot be explained in comment

[@jesperwijma3601]

ma sha ALLAH

[@digitidea]

Thanks

[@knarfamoranemix6030]

I don't get it. As far as I understand, the equation of motion should be
K*x(t) + fv*dx/dt + f(t) = M*dx^2/dt^2
That would lead to a transfer function
TF = 1/ (-M*s^2 + fv*s + K)

[@digitidea]

Sorry I could not explain well!

[@knarfamoranemix6030]

In the mean time I understand through following the example with XCOS in the course about Scilab.
In my equation the constants K and fv are negative, while in the video they are assumed positive.

[@digitidea]

@@knarfamoranemix6030 I tried to explain why?

[@pratikkadam2213]

How to find transfer function if damper is not present in system?

[@digitidea]

Cannot answer in comments

[@australia2142]

Wow.

[@digitidea]

Thanks

[@ajx9747]

Mst hai