dear fried
i want to find the optimum diameter(s),correspond to a minimum cost, for a pipeline transport two phase flow
i suppose that the two phase pipeline system,is along distance large diameter pipeline this line transports the oil and gas mixture (coming from a gathering sytem which...
dear fried
i want to find the optimum diameter(s),correspond to a minimum cost, for a pipeline transport two phase flow
i suppose that the two phase pipeline system,is along distance large diameter pipeline this line transports the oil and gas mixture (coming from a gathering sytem which...
they are oil and natural gas ,like in any field pipeline which transmits this mixture .
i used a mechanistic model published in JCPT (1997),
"A MECHANISTIC MODEL FOR MULTIPHASE FLOW IN PIPES"
but they dont mentioned how to evaluate liquid-film thickness in annular-mist flow,and liquid...
Dear friends
i searched many papers and books,and also internet
for a formula to calculate liquid-film thickness in two
phase(liquid-gas), annular-mist flow in the pipes
if any one can provide me with this formula ,i will be very thankfull
thanks
Dear friends
i searched many papers and books,and also internet
for a formula to calculate liquid-film thickness in two
phase(liquid-gas), annular-mist flow in the pipes
if any one can provide me with this formula ,i will be very thankfull
thanks
Dear friend
I want to ask qusations about Multi-phase
i developed a computer programm to simulate a multi-phase
flow in inclined piplines
I used beggs and brill method for predicting
pressure loss and hold-up ?but is this method valid
for large diameters pipeline (20-40 inch)(trunk...
Dear friend
I want to ask qusations about Multi-phase
i developed a computer programm to simulate a multi-phase
flow in inclined piplines
I used beggs and brill method for predicting
pressure loss and hold-up ?but is this method valid
for large diameters pipeline (20-40 in)(trunk lines)...
Dear friend
I want to ask qusations about Multi-phase
i developed a computer programm to simulate a multi-phase
flow in inclined piplines
I used beggs and brill method for predicting
pressure loss and hold-up ?but is this method valid
for large diameters pipeline (20-40 inch)(trunk...
dear friend
im working on optimization computer program which determines the optimum power level at each station along
a crude oil pipeline
the first thing in the programm is to select feasible pumping schemes(is that scheme capable of pumping the desired flow rate ?) form avialable schemes...
Dear Friends
I need the following oil and gas journal article
J.T.Jefferson. Dynamic programming. Oil and Gas Journal, pages 102-107, May 8 1961.
I would be very appreciated if there is a generous persone
how could provide this article to me.
thanks in advance for your kindness help
dear freinds
i want to design pipeline for two phase flow(oil-gas) by a computer program
so the first think in such case is to find a correlation
by which one can calculate the varoius parametres
such as surface tension
im looking for a relation to calculate that parameter
and easy to use...
dear friend
i would like to ask about the following book
Hydraulics for Pipeliners : Vol 2. Special Topics
Lester, C.B.
does this book conatin a comprehensive study
about long distance pipeline ,pumping stations i mean by
comprehensive (design equations)
and if you dont see that...
dear friend
i would like to ask about the following book
Hydraulics for Pipeliners : Vol 2. Special Topics
Lester, C.B.
does this book conatin a comprehensive study
about long distance pipeline ,pumping stations i mean by
comprehensive (design equations)
and if you dont see that...
dear friend
i would like to ask about the following book
Hydraulics for Pipeliners : Vol 2. Special Topics
Lester, C.B.
does this book conatin a comprehensive study
about long distance pipeline ,pumping stations i mean by
comprehensive (design equations)
and if you dont see that...
thank you very much dear for your helpfull aid
PE handbook its short for petroleum engineering handbook ?
what is the the name of the author?
thanks again
