Sorry for answering late. Do you mean pollution transport in groundwater? Unfortunately, I don't know about it much. My main field of research is reactive flow in oil reservoirs.
You're welcome. I've not ever used ECLIPSE and MRST together. To get your question answered, you can join the MRST forum and ask the developers of the toolbox your question. Click the link below to access the forum: groups.google.com/forum/#!forum/sintef-mrst
hii ,can you please help me with waterflooding concept in mrst(tutorial plotting) by telling how to generate the results or the efficiencies(displacement,volumetric,areal) with which the waterflooding have taken place and with respective of the amount produced on the daily of for particular time basis.... I request you to please help me with it..
@@engiqbal2169 Actually most of the functions I used in this video are not MATLAB built-in functions. To use MRST, you need to download MRST from the internet. You'll find the relevant website if you just google "download MRST". After downloading it, open the downloaded folder. In this folder, there is a file named "startup". You must run this file by just writing "startup" in the command window (this function adds the essential files of MRST to the MATLAB path). NOW you're done and can enjoy MRST.
Hi, I'm busy these days, but I hope I record a video about CO2 storage in the future. Here's the code of this video: clc, clear, close all [nx, ny, nz] = deal(30, 30, 10); G = cartGrid([nx, ny, nz]); G = computeGeometry(G); rock = makeRock(G, 200*milli*darcy, 0.25); hT = computeTrans(G, rock); mrstModule add incomp fluid = initSingleFluid('mu', 1*centi*poise, 'rho', 1000); W = verticalWell([], G, rock, 1, 1, 1:nz, 'Type', 'rate', 'Val', 1000*meter^3/day, 'Radius', 0.1, 'Name', 'Injector', 'Comp_i', 1); W = verticalWell(W , G, rock, nx, ny, 1:nz, 'Type', 'bhp', 'Val', 800*psia, 'Radius', 0.1, 'Name', 'Producer', 'Comp_i', 1); gravity on state = initState(G, W, 3000*psia); state = incompTPFA(state, G, hT, fluid, 'Wells', W); plotCellData(G, convertTo(state.pressure, psia)); plotWell(G, W(1), 'Height', 2, 'Color', 'b') plotWell(G, W(2), 'Height', 2, 'Color', 'k') view(3) axis tight off colormap('Jet')
Hi, could you help me with boundary conditions and modeling 2d heat transfer with MRST? If so, I sent an email to you, I would be grateful if you answer me.
Thank you for this tutorial
You're welcome!
Can you make us a video on pollution transport within underground reservoir??
Sorry for answering late. Do you mean pollution transport in groundwater? Unfortunately, I don't know about it much. My main field of research is reactive flow in oil reservoirs.
Thank you so much, if you could I want to ask you about how could linking between the ECLIPSE input format in MRST OR diagnostic model
You're welcome. I've not ever used ECLIPSE and MRST together. To get your question answered, you can join the MRST forum and ask the developers of the toolbox your question.
Click the link below to access the forum:
groups.google.com/forum/#!forum/sintef-mrst
hii ,can you please help me with waterflooding concept in mrst(tutorial plotting) by telling how to generate the results or the efficiencies(displacement,volumetric,areal) with which the waterflooding have taken place and with respective of the amount produced on the daily of for particular time basis.... I request you to please help me with it..
Hi, I'll probably make a video in the near future. I'll talk about thses in that video.
Can this code be applied in MATLAB 2021?
Yeah, why not? Have you come across any problem with it?
@@SajjadMoslehi Yes, I encountered a problem, please help me to solve it
@@SajjadMoslehi It appears to me that the (cartgrid )directive is not defined in MATLAB, which means that there is an error in line 2
@@engiqbal2169 Actually most of the functions I used in this video are not MATLAB built-in functions. To use MRST, you need to download MRST from the internet. You'll find the relevant website if you just google "download MRST".
After downloading it, open the downloaded folder. In this folder, there is a file named "startup". You must run this file by just writing "startup" in the command window (this function adds the essential files of MRST to the MATLAB path).
NOW you're done and can enjoy MRST.
@@SajjadMoslehi Thank you alot ❤
Could you share the code or put a link for it. Also, would you have a tutorial on how to inject CO2 (CO2 storage).
Thank you
Hi, I'm busy these days, but I hope I record a video about CO2 storage in the future.
Here's the code of this video:
clc, clear, close all
[nx, ny, nz] = deal(30, 30, 10);
G = cartGrid([nx, ny, nz]);
G = computeGeometry(G);
rock = makeRock(G, 200*milli*darcy, 0.25);
hT = computeTrans(G, rock);
mrstModule add incomp
fluid = initSingleFluid('mu', 1*centi*poise, 'rho', 1000);
W = verticalWell([], G, rock, 1, 1, 1:nz, 'Type', 'rate', 'Val', 1000*meter^3/day, 'Radius', 0.1, 'Name', 'Injector', 'Comp_i', 1);
W = verticalWell(W , G, rock, nx, ny, 1:nz, 'Type', 'bhp', 'Val', 800*psia, 'Radius', 0.1, 'Name', 'Producer', 'Comp_i', 1);
gravity on
state = initState(G, W, 3000*psia);
state = incompTPFA(state, G, hT, fluid, 'Wells', W);
plotCellData(G, convertTo(state.pressure, psia));
plotWell(G, W(1), 'Height', 2, 'Color', 'b')
plotWell(G, W(2), 'Height', 2, 'Color', 'k')
view(3)
axis tight off
colormap('Jet')
Hi, could you help me with boundary conditions and modeling 2d heat transfer with MRST? If so, I sent an email to you, I would be grateful if you answer me.