... mechanical principle gas reservoir mechanical behavior international geomechanics conference hydraulic fracturing enhanced recovery production control volumetric strain equation pressure distribution damage mechanics rock matrix contact mechanics production rate strain component...

... monitoring geological subdiscipline international geomechanics conference geologist production logging hydraulic fracturing log analysis well logging reservoir characterization well group simulation method oil field arma-ig-2024-22 2024 typical well group fracture geological model target area...

... ABSTRACT: Horizontal wells and hydraulic fractures are key enablers for developing unconventional fields. Horizonal wells are normally drilled in the direction of minimum horizontal stress to develop transverse fractures perpendicular to wellbores. However, wells are sometimes drilled...

... reservoir characterization carbonate reservoir complex reservoir conductivity geological subdiscipline sedimentary rock geology hydraulic fracturing acid tight carbonate reservoir workflow rock type wellbore integrity fracture conductivity acid fracture conductivity coordinate system...

.... The accuracy of the non-planar 3D fracture model is validated using the laboratory results from true triaxial hydraulic fracturing experiments. Numerical simulation results show that due to the solid-fluid density difference, proppant transport in the wellbore is affected by the particle slip effect, resulting...

... characterization reservoir simulation hydraulic fracturing carbonate reservoir complex reservoir fluid dynamics structural geology reservoir geomechanics evolution restoration geological subdiscipline deposition geological structure structural restoration spatial distribution reservoir...

... precursor frequency geology hydraulic fracturing geological subdiscipline strain energy loading characteristic total strain energy wellbore design sandstone water content irt different water content dry rock anomaly rock sample infrared radiation intensity experimental study...

... ABSTRACT: Due to the complex and strong heterogeneous geomechanics of deep shale gas reservoir in southern Sichuan basin, the hydraulic fracturing results present a significant difference among wells and sections. The uneven fracturing treatment results limits the efficient development of deep...

... shale gas fracture geology hydraulic fracturing gas production pore pressure cloud map gas production cumulative curve variation curve equation interference characteristic production process southern sichuan International Geomechanics Conference (IGS) ARMA-IGS-2024 243 Numerical study...

... fractures and in-situ stresses by geomechanical modeling and assess critically stressed fractures during any fluid injection. structural geology sedimentary rock fracture hydraulic fracturing geomechanics cambrian reservoir geologist wellbore design well logging reservoir characterization...

... complex reservoir reservoir characterization segmentation structural geology hydraulic fracturing characteristic resolution software application pixel organic-rich rock rock type geological subdiscipline ct image experiment segmentation method permeability geomechanics sample size...

... fracture closure pressure buffer fluid flowback phase stress testing hydraulic fracturing fracture closure signature technology development geological subdiscipline signature caprock in-situ stress International Geomechanics Conference (IGS) ARMA-IGS-2024-299 State of the art technology...

... ABSTRACT: The production in horizontal wells with multi-stage hydraulic fractures causes pressure drop and depletion-induced in-situ stress state changes at both near-well and far-field locations. Multi-stage hydraulic fractures are usually heterogeneous with various widths, heights, half...

... ABSTRACT: This study explores the transition from fluid infiltration to hydraulic fracturing in weakly cemented sandstones, which is critical for various geo-energy applications. Fluid flow experiments were conducted on artificially generated specimens with controlled mechanical and hydraulic...

... prediction of proppant transport in hydraulic fractures. Furthermore, this method can also serve as a surrogate model for other particle-fluid flows. 1. INTRODUCTION Proppant distribution in hydraulic fractures is a key factor in the evaluation of the effectiveness of a hydraulic fracturing operation...

... tight gas sandstone geomechanics depletion depletion coefficient petroleum development oman hydraulic fracturing drilling fluid management & disposal rock type fg model reservoir depletion operation fracture propagation pressure well control fracture gradient frac operation fracture...

... hinders the applicability of most inversion techniques. neural network deep learning machine learning geologist complex reservoir diffusion model artificial intelligence geology hydraulic fracturing orientation statistical distribution dfn generative model noise diffusion process...

... model, which guides geomechanical modeling and hydraulic fracturing model. This model informs the design of geomechanics characterization and hydraulic fracturing. By iteratively updating the geological and geomechanical models with real-time micro-seismic data and engineering analysis, we achieved more...

...., 2012; Fu al., 2023). This limits the longitudinal extension of hydraulic fracture (HF), which is not conducive to the activation of lateral layers, and reduces the volume reconstruction range of the reservoir. Increasing the HF height is the key to promote the development of multi-lithologic...

... ABSTRACT: Multi-branch radial borehole fracturing, as a novel stimulation method, shows great potential in guiding directional propagation of multiple fractures towards the sweet spots of oil and gas reservoir. However, the competitive initiation behavior of hydraulic fractures from multiple...