X-ray computed microtomography investigated filtration-capacitive characteristics of core sand Ashalchinsk reservoirs series. To simulate the flow of a viscous fluid in the pore scale we use a mathematical model, which consists of the continuity equation and stationary Navier - Stokes equations. It was shown that Kozeny - Carman formula gives curtained values of permeability coefficients, compared with filtration characteristics calculated using the Navier - Stokes equations. It was revealed that the reservoir properties of cores, calculated on the basis of microtomography data can be extrapolated to the samples of porous media with larger scale
The study deals with a problem of upscaling data which was obtained from the microscopic study of ob...
The study deals with a problem of upscaling data which was obtained from the microscopic study of ob...
The study deals with a problem of upscaling data which was obtained from the microscopic study of ob...
X-ray computed microtomography investigated filtration-capacitive characteristics of core sand Ashal...
X-ray computed microtomography investigated filtration-capacitive characteristics of core sand Ashal...
X-ray computed microtomography investigated filtration-capacitive characteristics of core sand Ashal...
© Medwell Journals, 2016.This study deals with the problem of application of X-ray microtomography i...
© Medwell Journals, 2016.This study deals with the problem of application of X-ray microtomography i...
© Medwell Journals, 2016.This study deals with the problem of application of X-ray microtomography i...
© Medwell Journals, 2016.This study deals with the problem of application of X-ray microtomography i...
We report the use of X-ray micro-CT and numerical simulations for studying the reservoir properties ...
We report the use of X-ray micro-CT and numerical simulations for studying the reservoir properties ...
We report the use of X-ray micro-CT and numerical simulations for studying the reservoir properties ...
We report the use of X-ray micro-CT and numerical simulations for studying the reservoir properties ...
X-ray microtomography on 4.6 mm long 4.7 mm diameter samples of bituminous sandstones from Ashalchin...
The study deals with a problem of upscaling data which was obtained from the microscopic study of ob...
The study deals with a problem of upscaling data which was obtained from the microscopic study of ob...
The study deals with a problem of upscaling data which was obtained from the microscopic study of ob...
X-ray computed microtomography investigated filtration-capacitive characteristics of core sand Ashal...
X-ray computed microtomography investigated filtration-capacitive characteristics of core sand Ashal...
X-ray computed microtomography investigated filtration-capacitive characteristics of core sand Ashal...
© Medwell Journals, 2016.This study deals with the problem of application of X-ray microtomography i...
© Medwell Journals, 2016.This study deals with the problem of application of X-ray microtomography i...
© Medwell Journals, 2016.This study deals with the problem of application of X-ray microtomography i...
© Medwell Journals, 2016.This study deals with the problem of application of X-ray microtomography i...
We report the use of X-ray micro-CT and numerical simulations for studying the reservoir properties ...
We report the use of X-ray micro-CT and numerical simulations for studying the reservoir properties ...
We report the use of X-ray micro-CT and numerical simulations for studying the reservoir properties ...
We report the use of X-ray micro-CT and numerical simulations for studying the reservoir properties ...
X-ray microtomography on 4.6 mm long 4.7 mm diameter samples of bituminous sandstones from Ashalchin...
The study deals with a problem of upscaling data which was obtained from the microscopic study of ob...
The study deals with a problem of upscaling data which was obtained from the microscopic study of ob...
The study deals with a problem of upscaling data which was obtained from the microscopic study of ob...