... points using an empirical formulation based on the influence function method as implemented in the Surface Deformation Prediction System (SDPS) package. Results show that the location of each surface point with respect to panel boundaries affects the calculation of dynamic subsidence values...

... complex reservoir rf heating engineering coalbed methane recovery coalbed methane heating heating efficiency coal bed methane frequency permeability numerical simulation superposition antenna thermal conductivity characteristic equation boundary ARMA 24 87 Numerical simulation...

... sedimentary rock geology rock type production monitoring reservoir characterization coefficient climate change figure drake fm laboratory expansion caprock investigation poisson experiment johansen geological subdiscipline integrity journal boundary caprock shale injection validation...

... reservoir geomechanics geologist hydraulic fracturing geological subdiscipline granite mpa geology experiment groove sidobre granite boundary investigation international journal rpm mining science microstructure latham fragment algorithm xiang defect intensity ARMA 24 1005 Destruction...

... the code suitable for specific needs. Furthermore, another significant advantage is the ability to obtain independent simulators from commercial software. geologist boundary reservoir geomechanics reservoir simulation waste management displacement borehole disposal application geological...

...) and utilizing it to predict or monitor mud weight window (MWW) boundaries currently necessitates log data acquisition, processing, and significant expertise in data interpretation, modeling, and correlation identification. To simplify MEM and MWW construction and reduce reliance on log data, an automated...

... algorithm dbscan complex reservoir machine learning connectivity wellbore boundary ransac application optimization identification fitness reconstruction fracture connectivity engineering orientation identification ARMA 24 918 An efficient hydraulic fracturing fracture network connectivity...

... historical cases to the original method, adapting some stability factors, and proposing new qualitative or quantitative boundaries. It should be noted that, in most cases, the stability graph has been adapted for other SLS operations (new site-specific conditions), narrow vein operations, and even for caving...

... well logging log analysis sedimentary rock mineral artificial intelligence geological subdiscipline algorithm media boundary machine learning illinois basin co 2 fraction structural geology reservoir characterization composition prediction rock type enhanced interpretation reservoir...

... in porous media reservoir characterization placement simulation evolution cussp hammond monitoring borehole experiment shear stimulation permeability boundary orange center figure ARMA 24 1130 Electrical Resistivity Tomography based monitoring of stress perturbations to optimize placement...

... such as porosity and yield strength are investigated for better understanding. During small deformation conditions, crucial dimensionless model parameters such as n and Y exerted significant control over interface growth. It's noteworthy that the expansion of the cavity radius and the elastic-plastic boundary...

... rock mechanic proportion defect particle magnitude experiment strength quartz numerical simulation boundary ARMA 24 0106 Thermal Damage in Crystalline Rocks: The Role of Heterogeneity in Mechanical Performance and Fracture Mechanisms Yike Dang and Zheng Yang Xi an Jiaotong university, Xi...

... sections. This method uses an adaptive threshold algorithm to eliminate the noise and improve efficiency in processing relevant boundary information using the finite element method, validated by a numerical uniaxial compression simulation. The results show that the mineral layer's proportion, distribution...

... rock at the grain-scale governs its emergent macroscopic behavior (Hazzard and Young, 2000; Mahabadi et al., 2012; Potyondy et al., 1996). Grain size, grain boundaries, grain shape, mineral constituents, and micro-flaws present in the rock microstructure introduce stress heterogeneity in rock, which...

... fracture displacement engineering matrix reservoir characterization journal evolution wavefield evolution young rock engineering heterogeneity wavefield stiffness geological subdiscipline geophysical research zhang science rock mechanic propagation boundary fracture stiffness ARMA 24...

... was digitized using photogrammetry. The rockfall process itself was simulated using the distinct element method, such that the rockmass is modeled as an assemblage of distinct blocks with boundary interactions between each block to account for the discontinuous nature of the rockmass. We used the model...

... extensively employed to replicate grain-scale heterogeneities (i.e., grains and grain boundaries) in brittle rocks. geology geological subdiscipline geologist reservoir characterization rs2-vtm boundary rs3-vtm tensile strength voronoi tessellated model geotechnic heterogeneity runtime...

... reservoir characterization specimen subcontact splitting lac du bonnet granite threshold weibull modulus strength breakage poisson rock type geological subdiscipline tensile strength interface compression boundary rasmussen mechanism young particle ARMA 24 493 A 3D Subspring Network...

... which then destroyed the beam. geology geological subdiscipline microcrack reservoir geomechanics redistribution specimen magnitude orientation geologist boundary dalhousie university prince rupert mineral granite equilibrium nova scotia reservoir characterization strength...

..., particularly focusing on the weakness of grain boundaries, into Finite Element Method (FEM) analysis. This method is grounded in continuum damage theory, incorporating failure assessments on each finite element while considering weak planes: mineral grain boundaries. Unlike methods that create a mesh...