... drilling operation hydraulic fracturing reservoir characterization heterogeneity poisson delaware basin characteristic mudstone pmf bone spring variability facies scaling method core analysis formation young geological subdiscipline anisotropy prediction resolution carbonate wolfcamp...

...; Devarapalli et al., 2017; Mehmani et al., 2020; Wildenschild & Sheppard, 2013). algorithm upstream oil & gas reservoir simulation scaling method random forest algorithm carbonate machine learning interpolation artificial intelligence pixel assessment neural network reservoir...

... reservoir characterization underburden nick chalk heterogeneous reservoir hajiabadi us rock mechanic geomechanics symposium deformation subsidence porosity scaling method upscaling heterogeneity danish offshore technology centre realization history ARMA 22 214 Upscaling of mechanical...

... with those obtained from computational fractured rock models under identical hydro-mechanically coupled conditions. This study is expected to provide new insights into the dependence of rock permeability on its microstructures under complex geo-storage conditions. scaling method reservoir simulation...

..., the gas flow in micro- fractures/micro-pores and characterization of the hydration induced micro-crack development at µm- to cm-scale at different stress states. scaling method drilling fluids and materials Upstream Oil & Gas study chemo-thermo-hydro-mechanical interaction hydration...

... of rock under uniaxial compressive load. The numerical investigation indicates the importance of load amplitude and microstructure randomness on failure response of rock. 1 INTRODUCTION fluid modeling equation of state mechanics geomechanics symposium scaling method reservoir simulation...

... parameter for isotropic distribution of microcracks in transversely isotropic medium. A Monte Carlo simulation is performed to quantify the uncertainty in the model response stemming from uncertainties associated with model parameters at different length scale. scaling method reservoir simulation...

... with extremely high values. Artificial Intelligence heterogeneity boundary condition scaling method Upstream Oil & Gas correspond Poisson type-1 boundary condition reservoir geomechanics heterogeneous material result correspond laminate composite Reservoir Characterization analytical...

... learning reservoir geomechanics Wellbore Design compaction stress increment wellbore integrity rearrangement scaling method Upstream Oil & Gas relative density reservoir simulation loading history density increment dependency increment creep programming language Artificial Intelligence...

...; Kumar et al., 2012). The assessment of mechanical degradation of the rocks subject to CO 2 -related alteration can be easily and quickly achieved by indentation tests. reservoir geomechanics scaling method Reservoir Characterization reservoir simulation modeling cementation international...

... precipitation are not well understood. reaction front evolution hydraulic fracturing environmental science transmissivity reduction reaction rate upstream oil & gas variability mineral precipitation aperture transmissivity reduction precipitation scaling method aperture measurement...

... in the polycrystal under global compressive load, the amplitude of which depends on the macroscopic load rate or frequency. These tensile stresses can exceed in some conditions the tensile strength of grains or of grains interfaces and cause cracking and damage in the polycrystal. scaling method reservoir...

..., and show good agreement. reservoir geomechanics strength heterogeneity scaling method Upstream Oil & Gas stratigraphy Artificial Intelligence layer thickness horizontal stress application sandstone workflow numerical model variability mechanical unit aspect ratio generating...

... results and it was shown that for one particular sandstone the strength parameter of the modified failure criterion is scale independent. scaling method strength Mining Science reservoir geomechanics scale effect Reservoir Characterization Upstream Oil & Gas Rock mechanics failure...

... is the CPU requirement of the geomechanical simulator (e.g. FLAC). This is the main motivation for considering upscaling. Reservoir Characterization reservoir simulation scaling method heterogeneity volumetric strain geomechanical response Upstream Oil & Gas Simulation reservoir...

... improvements in employee safety over that of conventional manual or mechanized scaling methods by removing miners from high-risk areas and reducing their potential exposure to rock falls. scaling method reservoir simulation flow rate experiment Upstream Oil & Gas standoff distance rotation US...

.... The appended term is a residual-based term and is based on the residual of the Euler-Lagrange equations of strong form. This term is weighted with an element-dependent parameter and is usually selected numerically for good performance of the method. scaling method constitutive equation small...

... conditions. Specially, the low-order elements are attractive from the computer implementation point of view as they are easy to generate and are cheap in large-scale computations. For a review of stabilized methods see [10,11,12,13]. Artificial Intelligence smooth surface cap model scaling...

... on the surface. hydraulic fracturing roughness tripod orientation machine learning reservoir simulation eigenvalue Artificial Intelligence scale effect rock joint scaling method orientation corrugated plane rock surface anisotropy variation normalised major eigenvalue geometry surface...