... with variable features (Whittaker et al., 1989; Kratzsch, 1983). fluid dynamics subsidence reservoir geomechanics geology geologist geological subdiscipline magnitude prediction calculation equation boundary formulation distance engineering romero benitez correspond accuracy agioutantis...

... between the fluid and porous media. Understanding how the wormholes emerge and quantifying their impact on the porous media during the subsurface resource exploitation are crucial in the engineering of the aforementioned subsurface systems. fluid dynamics complex reservoir carbonate reservoir...

... a highly efficient heat exchanger by creating a carefully designed set of fractures in the ground below a building. geologist hydraulic fracturing fluid dynamics rock type geology flow in porous media similarity table 1 storage conductivity sanford underground research facility climate...

... geologist hydraulic fracturing fluid dynamics rock type reservoir surveillance production control fernande dimensionless time rewriting eq overburden production monitoring geological subdiscipline nhde modeling reservoir geomechanics biot hydraulic fracture coefficient conference...

... in which compression is considered positive. fluid dynamics geologist sedimentary rock carbonate rock limestone mineral well logging experiment geological subdiscipline reservoir characterization coefficient deformation pore gassmann indiana limestone stiffness geology rock type...

... of experiments. Through massive experiments, Huque et al. (2022) believed that fluid velocity and cuttings size were the two most key parameters for cuttings transport efficiency in an inclined well. annular pressure drilling particle geologist directional drilling fluid dynamics drilling operation...

... been studied for many years by geoscientists, well-testing, and reservoir engineers. permeability fluid dynamics drillstem testing geologist structural geology drillstem/well testing petroleum geology geological subdiscipline imex engineering calibration equation reservoir...

... assessed in order to fully quantify the geomechanical risk for a given storage project. geologist mudrock reservoir surveillance fluid dynamics reservoir simulation flow in porous media clastic rock subsurface storage enhanced recovery reservoir geomechanics production control mudstone...

... to understand the multiphysics system. mathematics of computing fluid dynamics reservoir simulation geologist coupling coefficient matrix solver reservoir characterization equation two-way coupling hm coupling hydraulic fracturing geological subdiscipline fracture aperture converge geology...

... tests and further investigated with mesoscopic fluid dynamics – microscopic solid mechanics coupling simulations. In this work, two field-scale porous media fluid flow models, consisting of rock matrix, randomly distributed microfractures and a major hydraulic fracture, are developed to evaluate...

... is indispensable for elucidating the complex interplay between fluid dynamics and solid mechanics under diverse conditions, albeit at a high computational expense (Hesthaven et al., 2016; Cho and Jun, 2021; Kadeethum et al., 2022). Machine learning (ML)-based reduced order modeling (ROM) offers a promising avenue...

... & Zhuang, 2020, Liu et al., 2021, Liu et al., 2022, Zhuang et al., 2023) are widely used. sedimentary rock geologist complex reservoir fluid dynamics mathematics of computing rock type clastic rock mudrock propagation geology hydraulic fracturing reservoir geomechanics co 2 mudstone...

... into the pore space of rock matrix when gas concentration and pressure are greater in the fractures (Vairogs et al., 1971; Germanovich et al., 2001). geologist permeability fluid dynamics hydraulic fracturing reservoir geomechanics geological subdiscipline fracture stauffer spectrometry flow...

..., allowing a greater range of stress application in the rock without reaching induced fracturing. fluid dynamics flow in porous media geology coefficient reservoir characterization geologist condensate reservoir geological subdiscipline saturation permeability complex reservoir reservoir...

.... Meanwhile, in the laboratory hydraulic fracturing, nucleated fracture often reaches the edge of the specimen. In such cases, borehole pressure would not build up significantly since the other side of the fracture is connected to open air. geologist fluid dynamics geology fracture igneous rock...

... al., 2016). geologist hydraulic fracturing fracture fluid dynamics complex reservoir geological subdiscipline strength aperture reservoir geomechanics permeability fracture compressibility reservoir characterization fracture permeability hydraulic fracture permeability geology...

... multi-scale media and calculate flow transitions between different media (Wang et al., 2023). This limitation has implications for the accuracy of flow simulations in shale oil reservoirs and the precise prediction of production outcomes. sedimentary rock fluid dynamics reservoir geologist...

... geothermal reservoir units within the Deadwood Formation. clastic rock fluid dynamics rock type structural geology sedimentary geology log analysis geological subdiscipline depositional environment deadwood formation permeability exploration porosity sedimentary rock carbonate rock flow...

... was always lower than before it. Hashemi and Zoback (2021) stated that the irreversible fracture permeability is likely caused by fine-grain displacement and compliant elements such as clays and total organic carbon within shale. fluid dynamics permeability complex reservoir sedimentary rock...

... makes the prediction of the occurrence of THIF a complex numerical problem. fluid dynamics reservoir simulation geology enhanced recovery production control injection reservoir surveillance geomechanics flow in porous media reservoir geomechanics geologist hydraulic fracturing...