... fracturing upstream oil & gas reservoir geomechanics young poisson hf geometry structural geology reservoir characterization geometry fork williston basin formation fracture complex reservoir bakken shale elastic anisotropy lower bakken shale middle bakken zoback eaton static young...

... strength. Geopolymer showed higher flexibility, higher Poisson’s ratio, and lower compressive strength than the industrial class expansive cement at both temperatures. From the numerical analysis, the results show that the most likely cement failure location is at 90° to the maximum in-situ stress...

.... upstream oil & gas hydraulic fracturing well logging machine learning artificial intelligence reservoir characterization coefficient reservoir geomechanics completion installation and operations propagation cuttings correlation perforation abrasion permeability poisson relationship...

... for large time scales (Krauskopf, 1988). fluid dynamics compaction permeability reservoir characterization reservoir geomechanics repository ghareb formation solid waste management disposal deformation moduli nuclear waste disposal journal elastic moduli experiment loading poisson...

... (12, 24, 48 and 72 hours) where the compressive strength, permeability, Poisson’s ratio and Young’s modulus of each sample were examined. The results indicated that the compressive strength of both cement systems increased with the increase of the curing time and the nanoclay-based sample had higher...

... composition poisson reservoir evaluation shale gas proceedings anisotropy coefficient characteristic fracability laboratory experiment ARMA 22 664 The mechanical properties of three types of shale oil reservoirs and its influence on hydraulic fracturing Xiaoqiong Wang1*, Yuping Qian2, Junhua...

...(Gunawan et al., 2020). fluid dynamics reservoir characterization borehole flow in porous media conductivity equation gshp operation sediment simulation nunavik journal displacement variation upstream oil & gas subsidence umiujaq thermal conductivity gshp operation poisson...

... viscosity 3 poisson ARMA 22 478 Creep indentation test and lab-based simulation on Pierre II shale Xiyang Xie, Laura Edvardsen, Cathrine Ringstad, Pierre Cerasi SINTEF, Trondheim, Norway Copyright 2022 ARMA, American Rock Mechanics Association This paper was prepared for presentation at the 56th US Rock...

... generates multiple fractures propagating in different directions around the wellbore, and is waterless, and less impacted by stress shadowing. This work presents a numerical study on the effects of rock properties (e.g., rock density, Young’s modulus, and Poisson’s ratio) on the shock wave fractures...

... emidio orientation poisson transducer mpa increment mpa nevada tpb reservoir geomechanics anisotropy increment dependence variation experiment ARMA 22 0722 Measurements of elastic moduli and stress dependence of geothermal rocks 1Kleich, S.J., 2Folsom, M., 3Sherman, C., 1Feigl, K.L...

... elastic anisotropy anisotropic poroelasticity poroelasticity effect young poisson ARMA 22 0694 Effects of anisotropic poroelasticity on stress and pore pressure changes around subsurface reservoirs and storage sites Holt, R.M. NTNU Geoscience & Petroleum, Trondheim, Norway Bakk, A. SINTEF Industry...

.... The crucial point for performing the back analysis is identifying the parameters that affect its accuracy. artificial intelligence accuracy sakurai evolutionary algorithm engineering poisson upstream oil & gas machine learning excavation r-value cohesion displacement takeuchi...

... the dependence of stiffness on applied triaxial stress amplitude. Results show that for almost all tested rocks, Young’s modulus and Poisson’s ratio are dependent on stress change during triaxial loading/unloading well before reaching plastic yield. In order to study the factors influencing non-elastic processes...

... characterization borehole determination transformation american rock mechanic association orthotropy moduli methodology poisson reservoir geomechanics gpa anisotropic elastic laboratory testing orientation ARMA 22 913 Methodology for Determination of Anisotropic Elastic Constants and Principal...

... of the tests. The model reproduced the experimental outcomes satisfactorily and was used to estimate the critical state mechanic parameters. Lower temperature indicated higher strength on sandstone, a decrease in the Poisson’s ratio and, consequently, damage increase. 1. INTRODUCTION Potential Carbon...

... window cohesion oilfield circumference well logging reservoir geomechanics poisson strength integrated geomechanics approach prediction ARMA 22 2093 Prediction of Safe Drilling Fluid Density Window in X Oilfield Through an Integrated Geomechanics Approach: A Case Study of Well A Huayang Li...

... reduced to five elastic parameters for a transversely isotropic material (E 1 , E 2 , ν 1 , ν 2 , and G 2 ) and two (namely the Poisson’s ratio and Young’s modulus) for a perfectly isotropic material, where the subscripts "1" and "2" refer to in-plane and out-of-plane directions in transversely isotropic...

..., Poisson’s ratio, friction and restitution coefficients . In addition, those approaches were combined with the same statistic weight (SSW) and same size parcel (SSP) scaling methods in order to scale the polydisperse particles. These combined methods are based on the conservation of mass and momentum...

... characterization well logging interaction journal knowledge management bakken formation north dakota multistage fracturing hydraulic fracturing fracture log analysis flow in porous media reservoir geomechanics formation bakken poisson multi-stage hydraulic fracturing middle bakken equation...

... of uniaxial compression experiments were carried out on the soaked shale specimens. The elastic modulus, Poisson’s ratio, and peak strength of shale rock were selected as the response factors, and the second-order response surface model was employed to analyze the interaction relationship among mechanical...