... of the reservoir. Based on these factors, there is a need to accurately measure the dynamic permeability and porosity by characterizing the pore space and pore throat collapse for the current and future injection and depletion operations. This invention will achieve this measurement through a series...

... the non-productive time during the planning and exploration phase. structural geology fracture characterization wellbore design upstream oil & gas complex reservoir drilling fluids and materials reservoir geomechanics operation stimulation operation porosity hydraulic fracturing...

... fluid dynamics complex reservoir steam-assisted gravity drainage artificial intelligence structural geology flow in porous media reservoir surveillance upstream oil & gas sagd reservoir characterization enhanced recovery production monitoring thermal method coefficient porosity...

... sandstone porosity reservoir geomechanics configuration journal upstream oil & gas reservoir characterization mechanism rock mechanic haimson porous sandstone geomechanical modelling sandstone table rock sandstone breakout numerical prediction borehole breakout mansfield sandstone...

... points, were used to train a machine learning model. LWD logs included gamma ray, sonic, density, azimuthal density, porosity, photoelectric log, and mineralogy. The LWD logs were used as main input parameters in the model together with the maximum hole dimeter (Cmax) from wireline data. The model output...

... fluid dynamics reservoir simulation fracture upstream oil & gas reservoir characterization matrix deformation porosity rate transient analysis flow in porous media aperture hydraulic aperture permeability journal carbonate reservoir hydraulic fracturing equation displacement...

... will characterize the degree of damage mechanics. Such damage can be described on a macroscopic scale via a damage variable. The damage variable is equal to the increase in the porosity of the formation due to the creation of microcracks because of stress concentration around the wellbore. It is also assumed...

... in the Huitrín Fm. at the La Ramadita oil field. These are composed of grainstones with intercalated mudstones. Natural fractures and matrix porosity were observed showing abundant hydrocarbon shows. Also, vertical and horizontal stylolites and, less common, deformation bands and clastic dikes were identified...

... and critically stressed regions. upstream oil & gas geomechanical forward modeling porosity hydraulic fracturing shear strain well-2 northeast betara field evolution complex reservoir calibration betara field different geological time modeling & simulation fracture intensity forward...

... production from the unconventional reservoir is the low porosity and low permeability characteristics of the formation like the Bakken Formation in the Williston Basin, North Dakota (Sorensen et al., 2014). Unconventional reservoirs cannot be produced economically unless the reservoir is stimulated...

... machine learning hydraulic fracturing correlation artificial intelligence upstream oil & gas flow in porous media fluid dynamics reservoir characterization complex reservoir oil production reservoir pressure porosity prediction effective stress stress-dependent permeability...

... into 3 discrete phases (sand grain, bitumen, and pore) and used for digital core construction, then the microstructural deformation is analyzed. At the same time, the variation of porosity, pore radius, and throat radius were quantitatively analyzed by the pore network model. The results show...

... (Lefever et al., 1991; Nordeng, 2009; Nesheim, 2019) and has low porosity and permeability, particularly for a reservoir rock. Bakken shales exhibit high gamma- ray response as a result of adsorption of uranium over an extended period from seawater under reducing conditions, hence are easily recognizable...