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Study of stress field induced by natural fracture and its influence on hydraulic fracture propagation
The change of fracture propagation direction caused by stress interference between fractures is one of the main reasons that affect shale gas...
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3D Modeling of Hydraulic and Natural Fracture Interaction
An advanced numerical model is developed to investigate the different aspects of stimulation in naturally-fractured rocks. A fully-coupled 3D HF–NF...
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Scale effects and spatial distribution characteristics of 3D roughness of natural rock fracture surfaces: statistical analysis
The roughness feature of a natural rock fracture surface is an important factor affecting the shear and poromechanical behavior of rock. The scale...
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Mixed-Mode Fracture Modelling of the Near-Wellbore Interaction Between Hydraulic Fracture and Natural Fracture
The interaction between hydraulic fractures (HF) and natural fractures (NF) is one of the most fundamental phenomena in hydraulic fracturing. The...
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Modeling the interaction of hydraulic fracture with natural fracture based on lattice methods
There are many interactions between hydraulic fractures (HFs) and nature fractures (NFs) during the use of hydraulic fracturing. At present, many...
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Probabilistic Integration of Geomechanical and Geostatistical Inferences for Map** Natural Fracture Networks
Geomechanical modeling of the fracturing process accounts for the physical factors that inform the propagation and termination of the fractures....
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Fracture analysis at different scales, a crucial technique for optimizing site selection and quarrying of natural stone, Lashotor limestone quarry, Iran
The Lashotor, as one of the most famous Iranian stone quarries, is located in the Isfahan province. The main sedimentary sequence exposed in this...
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Fracture surface morphology effect on radial seepage flow in a horizontal single granite fracture
The behavior of fluid flow through rock fractures in the form of radial flow is a critical issue in various subsurface geological engineering...
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Study on Fracture Propagation Law of Fractured Reservoir
The fracture is the main reservoir space of fractured reservoirs, the oil and gas content and seepage space are ideal. The natural fractures can be...
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A review of mechanical mechanism and prediction of natural fracture in shale
There are many natural fractures in the shale reservoir, and the degree of fracture development directly determines the reservoir quality and...
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Parent–Child Well Spacing Optimization in Deep Shale Gas Reservoir with Two Complex Natural Fracture Patterns: A Sichuan Basin Case Study
An integrated reservoir-geomechanics-fracture model is implemented in a deep shale gas reservoir in the Sichuan Basin, Western China, to optimize the...
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Quantitative Evaluation on Natural Gas Huff-n-Puff in Fracture-Matrix Tight Cores Based Experimental Method
The yield of tight reservoirs declines rapidly in depletion development, gas injection after volume fracturing is an effective means to develop tight...
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Fracture Interaction Behaviors
Problems arising from hydraulic fracturing involve the nonlinear coupling of rock deformation and fluid flow, the nonlocal character of the fracture...
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Probabilistic Integration of Geomechanical and Geostatistical Inferences for Map** Natural Fracture Networks
Estimation of a reservoir’s production potential, well placement and field development depends largely on accurate modeling of the existing fracture...
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Fracture Initiation
Field in-situ constant-flow hydraulic fracturing test is an important technique to determine the tectonic stress field. Classical hydraulic...
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Experimental Study on Hydraulic Fracture Propagation Mechanism of Water Injection Propagation in Super Deep Fracture-Cavity Carbonate Reservoir
The super deep fracture-cavity carbonate reservoir in Tarim Basin has copious amounts of oil and gas, in which karst cave is the main reservoir...
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The roughness of fracture surfaces and its scale dependence – a methodological study based on natural fractures in sandstones from Southern Germany
The study of groundwater flow in fractured aquifers is an important part of hydrogeology. Main parameters that influence the flow rate and velocity...
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Map** natural fracture networks using geomechanical inferences from machine learning approaches
Traditional stochastic algorithms for characterizing fracture networks are purely based on statistical inferences from outcrop images, and therefore...
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Geomechanical Modelling the Evolution of a Connected Natural Fracture Network to Explain Fluid Flow Variations Across a Fractured Chalk-Marl Reservoir
Natural fractures are frequent in the chalk-marl successions of the Lower Cretaceous deposits constituting the Valdemar Field in the Danish Central...
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A Method for Automatic Identification of Natural Fracture Based on Machine Learning: A Case Study on the Dahebian Block of the Liupanshui Basin in Guizhou Province
Natural fractures are effective storage spaces and important seepage channels for oil and gas reservoirs. Accurately identifying natural fractures in...