1st order modelling 8 - tank level system

[@infinitymfg5397]

These videos are so helpful that its insane. I'm glad that I found this channel.

[@srenraagaard9983]

I really like this video. It explains the modelling of the dynamics in a liquid tank in a simple and straight forward way. Just one comment though: The constant R in the video should have had another name to avoid the confusion related to the resistance to flow. When resistance in the outlet pipe to flow decreases, the constant R increases - so why not call it C instead to indicate that C(R) is really comparable to the conductivity of the outlet pipe.

[@lostinthewoods357]

WOW! Thank you for your videos! I just found them but I can see that they will be a HUGE help to what can be a very complex subject!

[@ia-1998]

Excellent explanation, very clear the way you do it Mr. John. Thank you very much for this information. However, I have a brief question. In reality, when the liquid flow enters the tank, a period of time elapses (although perhaps small) until the liquid level begins to accumulate. How do you suggest incorporating this response delay into the analysis you have explained in your video? Little literature includes this case, it is curious since it is more real than it seems. Again, thank you very much John.

[@timothdev]

Its excellent, except that you could do a laplase transform to get the transfer function .......And yes you have already mentioned no big maths ......but still it would have been better with that

[@redabelkaifa7507]

Hi, thanks for the video , i wanna ask you a question whats the physical meaning of R

[@mehdiachouri]

if the flow rate coming out from the base of the tank, is it the same as that coming out from the bottom side of the tank?

[@mastermuhammad9184]

Please notice that fo=area*sqrt(2g h), which makes the odd nonlinear and solution is much more complex

[@1sj08me401]

simply super well explained

[@David-xr4pd]

hi it was great by the way is there any other book except Ogata to explain about liquid level systems modelling? well i want to bring references in my paper Ogata is not enough Could anyone help me?

[@ahmedelrawy6385]

the time constant is wrong the resistance R is in the numerator on time constant

[@mehdiachouri]

can someone please tell me how to derive the value of R from experimental data.

[@bruno31215]

Could you pass the reference about this subject?

[@bruno31215]

Because I am starting this area and I would to learn about it. Thank you.