If the needle is almost closed, is the net amount of water going in per minute the same as coming out per minute? It seems like you'd lose gallons per minute.
I am sorry, I miss interpreted your question. If needle is almost closed, and lets say 0.5 gallons per minute flow goes in for 36 seconds and say 3 gallons per minute of water would come out in 6 second. While flow rates are 0.5 and 3 gallons per minute inward and outward respectively, the amount of water passing from the valve in both direction will be the same 0.3 gallons (notice that I don't say per minute). This is because 0.5 x 36 / 60 = 3 x 6 / 60 = 0.3 gallons. I hope this explains the confusion I had.
But don't you have to keep the time interval the same? If one flow rate is 0.5 GPM, in one minute there will be 0.5 gallons. If the flow rate is 3 GPM, in one minute there will be 3 gallons. I think the speed and pressure are the variables that change.
How can ristrictor reduce the flow Is restrictor control the flow by reduce the line Area? The flow is not depend of the line area, is it? Where Q1 = Q2, or A1v1=A2v2 ? Reducing the line area is only increace the fluid velocity..
Q1 = Q2 = Q rule is always valid. However when the valve is in closed position Q becomes zero. When the needle is all the way open position Q depends the size of the valve. Small valve it could be 0.5 while large valve it could be 5 cubic meter per minute. In short Q is dependents on the needle position.
How can I contact you by email? I need some guidance in finding a mechanism/valve which can shut off automatically when a certain tank is full, without sensors. any suggestions?
ah you're talking a float valve just about every toilet has one to manage tank fill bit for equine water tanks and livestock horses and cows they got these premade ones that stop the flow when the water pressure pushes back against it hooks right to a regular ole garden hose if you need a bigger more powerful one than that like for a 4 inch pipe or more then I'd think it's a custom build if ya need smaller they might have them somewhere just not sure where local toe is fleet farm or tractor supply l&m fleet they all got em but Walmart even has toilet repair kits and any local hardware store should ordering online ya probably gotta search engine it
+mekanizmalar Hidrolik ve pnomatik ekipmanların çalışması hakkında arkadaşlarımla paylaşacağım bilgiler topluyorum. Bu ve diğer videolarınız çok işime yarıyacak.
I'm using a flow control valve however it's not working. It's releasing pressure as if I can't even meter it. Could I have it backwards?
bu programda akış ı kendin mi belirledin? yoksa otomatik hesap mı yaptı program?
Sayin Emrah, Butun animasyonlari hepsini kendim yaptim.
Is that the Seyhan Ersoy from Lehigh University?
If the needle is almost closed, is the net amount of water going in per minute the same as coming out per minute? It seems like you'd lose gallons per minute.
Yes you are right, in one direction you will have unrestricted flow and in the other direction almost no flow.
That doesn't make sense. How can more water be going into the valve but less water leaves?
I am sorry, I miss interpreted your question. If needle is almost closed, and lets say 0.5 gallons per minute flow goes in for 36 seconds and say 3 gallons per minute of water would come out in 6 second. While flow rates are 0.5 and 3 gallons per minute inward and outward respectively, the amount of water passing from the valve in both direction will be the same 0.3 gallons (notice that I don't say per minute). This is because 0.5 x 36 / 60 = 3 x 6 / 60 = 0.3 gallons. I hope this explains the confusion I had.
But don't you have to keep the time interval the same? If one flow rate is 0.5 GPM, in one minute there will be 0.5 gallons. If the flow rate is 3 GPM, in one minute there will be 3 gallons. I think the speed and pressure are the variables that change.
How can ristrictor reduce the flow
Is restrictor control the flow by reduce the line Area?
The flow is not depend of the line area, is it? Where Q1 = Q2, or A1v1=A2v2 ? Reducing the line area is only increace the fluid velocity..
Q1 = Q2 = Q rule is always valid. However when the valve is in closed position Q becomes zero. When the needle is all the way open position Q depends the size of the valve. Small valve it could be 0.5 while large valve it could be 5 cubic meter per minute. In short Q is dependents on the needle position.
How can increase speed cylinder
How can I contact you by email? I need some guidance in finding a mechanism/valve which can shut off automatically when a certain tank is full, without sensors. any suggestions?
You should look at the water height adjustment mechanism in your toilet tank.
ah you're talking a float valve just about every toilet has one to manage tank fill bit for equine water tanks and livestock horses and cows they got these premade ones that stop the flow when the water pressure pushes back against it hooks right to a regular ole garden hose if you need a bigger more powerful one than that like for a 4 inch pipe or more then I'd think it's a custom build if ya need smaller they might have them somewhere just not sure where local toe is fleet farm or tractor supply l&m fleet they all got em but Walmart even has toilet repair kits and any local hardware store should ordering online ya probably gotta search engine it
Great explanation, what software did you use for animation simulation.
Flash
how to control flow for 5 cylinders ?
is there any way to control it by 1 flow valves ???
Answer to the this question is Yes or No, depending on what your application requirements.
Gerçekten çok işime yaradı. Bu kadar basitmiş demekki
+Ilhan Keskin Ziyaretiniz icin tesekur ederim. Saygilar.
+mekanizmalar Hidrolik ve pnomatik ekipmanların çalışması hakkında arkadaşlarımla paylaşacağım bilgiler topluyorum. Bu ve diğer videolarınız çok işime yarıyacak.
Hey man, really great video! Can you, please, tell me which simulation software did you use for it?
Thanks, I use Adobe Flash for simulations.
@@mekanizmalar Thanks man!
Good explanation I understand everything so thank you 👍👍
Thank you for your comment and support.
muchas gracias.................. its amazing and perfect and that what i was searching for
+mushwani85 Thank you for your visit and nice comment about my animation.
can I use this for pump flow rate control ?
I think not. You should use pressure relief valve for the pump.
Excellent overview as all your videos
+jonathan bosco Thank you for your encouraging comment.
Robot voice is a t down for you.
eline sağlık hocam .
Sagol
nice working
Thank you.
Good
thanks
Helping video
great
superb
Thank you for your visit to my channel and comment.
🤔🤔🤔
Oiii ke raaa
😡😡😡
Good
Thanks.
😡😡😡
Thank you for your comment.