Excellent video! Let me ask you a question... did you know how to solve if i'd already had the diameter and need to know the flow/velocity for complete open valve?
@@adithyanaik8497 Yeah man . By the way, I am not that good. I am just interested in this beautiful world of Fluid dynamics. There are many things I don't know. Anyways thank you ^^
@@NiLTime but you are able to bring all the necessary points in the videos which are less than 2-3 minutes, you are really helping students of my type to understand in other way and they all seem legit ✌😍
Cara atasi Head Loss pada pipa tekukan. inovator Gendhut Hadun Jr The Pooh dan Bagus Permono Immanuel .Tokoh inovator Surabaya ...wavin.rucika . ua-cam.com/users/shorts34iHW7VaQBo?si=cd8gbV8Kzcf31oEO
![[MAE 242] Pipe flow with major and minor head losses](http://i.ytimg.com/vi/WH1fn6dMYiw/mqdefault.jpg)
How did you make this dude this is amazing lmfao it’s a great way to visualize this stuff!
fascinating work. good job
Thank you so much 🤩 ... can we use the Swamee and Jain equations instead of guessing different values of diameter ?
Yes, you can. Thats the easiest way ^^.
I remember having no idea what head losses were when I took unit ops.
Excellent video! Let me ask you a question... did you know how to solve if i'd already had the diameter and need to know the flow/velocity for complete open valve?
ending was confusing . if we have to assume diameter then why we are doing all of this calculations?
Which software u used for fluid simulation
I am using Blender ^^
Thank you!
What if there is a pump??
You need to know the input power required to operate the pump. Use it on the energy equation.
Excellent work. There is one mistake in the video. It is not two-valves but two elbows. Thanks in advance.
Yes, you are right ^^
great video thanks a lot
Forgot to strike off z2 ? it was the chosen datum..
It should not be so complicated.
Actually, a simple formula for velocity under head and pipe flow condition seems missing...??
thanks a lot... 🇧🇩♥️
Why did you take L=17 m .
It’s the total length of the pipeline (3+6+8)
❤❤
Are you an engineer?👀
Yeah noob one who just Graduate ^^ .
@@NiLTime hey you seem to have deep understanding so you are able to animate and upload so good videos, thanks man, r u mechanical graduate?
@@adithyanaik8497 Yeah man . By the way, I am not that good. I am just interested in this beautiful world of Fluid dynamics. There are many things I don't know. Anyways thank you ^^
@@NiLTime but you are able to bring all the necessary points in the videos which are less than 2-3 minutes, you are really helping students of my type to understand in other way and they all seem legit ✌😍
@@adithyanaik8497 aww Glad to hear that .. thank you for your beautiful comment ^^
Cara atasi Head Loss pada pipa tekukan. inovator Gendhut Hadun Jr The Pooh dan Bagus Permono Immanuel .Tokoh inovator Surabaya ...wavin.rucika . ua-cam.com/users/shorts34iHW7VaQBo?si=cd8gbV8Kzcf31oEO