Pipesim Training Course

[Aries]

wonderful of you to share. Thanks.

[mkhurram79]

thanks for nice share

[melvin_magbanua]

Can you kindly upload it again? Thanking you in advance.

[its_iwan]

the link is blocked.
Can somebody please upload it again?

[mopingz]

yeah, it seems the link has dead.
can anyone here re upload it again?
thank you so much

[asseddik]

The link is dead, Please share or send me the file on asseddik11@yahoo.fr

Thank you

[karakurt2]

Hello,

I'm trying to repeat hand calculations provided in Pipesim x2007 course manual.
I have a couple of questions. First, the frictional pressure term has wrong physical dimension.
As stated in manual,

[dp/dL] = [f*rho*v^2/(2*g*d)] = M/L^3 * (L/T)^2 / (L/T^2 * L) = M/L^3

As stated in 2nd Newton's law, p = F/S = m*a/S, so

[dp/dL] = M * L/T^2 /L^2 = M/(T^2*L).

Second question, I got result that differ on 3 orders of magnitude from answers printed
in course manual. These numbers marked with red color in my spreadsheet. Could you please
point out what's going wrong in my calculations?

[link Point to another website Only the registered members can access]

[link Point to another website Only the registered members can access]
-------------------
Ah, I see now that parameter L should be 20025 ft rather then 20.025 ft.

[oahb]

thank you Pro.

[silent_rainynight]

HI
the link is not working

[karakurt2]

Tell me please how to match tubing head pressure in Pipesim if I have well testing data on stationary regimes.

[flamefang]

The file link that you requested is not valid.

[pank27]

the link is not valid can u please upload it again???