... for sand control. P. 219 minimum principal stress minimum stress wellbore pore pressure desroch spe 47247 stress measurement reservoir characterization slotted liner interpretation reservoir geomechanics closure pressure upstream oil & gas stress test ficture sonic log closure...

... reservoir geomechanics stress level SPE/ISRM 47263 From Core Compaction to Reservoir Compaction: Correction for Core Damage Effects R.M.Holt, SPE, NTNU & IKU; M.Brignoli, SPE, Agip; C.J.Kenter, SPE, Shell; R.Meij, SPE, NAM; P.M.T.M.Schutjens, Shell Copyright 1998, Society of Petroleum Engineers, Inc...

... in laboratory or back-calculated based on earthquake mechanism. P. 59 upstream oil & gas horizontal stress minimum horizontal stress magnitude friction angle fault angle assumption stress data fault residual friction angle residual friction angle estimation reservoir geomechanics...

... ekofisk field drilling fluid chemistry drilling fluid property reinfection point drilling fluid formulation shale disposal drilling fluids and materials slurry deeper overburden gradient reservoir geomechanics upstream oil & gas drilling fluid selection and formulation hydraulic...

... that cyclic loading leads to intrinsic values of the rock constitutive law. P. 321 tangent modulus reservoir characterization loading mpa reservoir geomechanics relation pore pressure upstream oil & gas experimental result cycling evolution stress path intrinsic property...

... consolidated sandstones. P.229 upstream oil & gas mechanism breakout borehole wall reservoir geomechanics magnitude experiment porosity cross section stress concentration quartz grain spring line reservoir characterization specimen matrix haimson berea sandstone principal stress...

... shear stress poisson measurement time mpa stress magnitude experimental analysis strain relaxation reservoir geomechanics stress ratio reservoir characterization strain ratio sandstone relaxation time SPE/ISRM 47238 An Experimental Analysis of Anelastic Strain Recovery of Synthetic...

... predicted by the Drucker-Prager criterion. It also reveals that the required increase in mud weight when going from low hole angle to high hole angle is not as great as predicted by either the Mohr-Coulomb or Drucker-Prager criteria. P. 247 mud weight hole angle reservoir geomechanics wellbore...

... characterization means coefficient wear flat cross-sectional area cutting rock sample es diagram specific energy sharp cutter cutter reservoir geomechanics load cell bit selection intrinsic specific energy mechanism upstream oil & gas scratch test proportionality detournay drescher cutting...

... stress direction borehole well logging frequency reservoir geomechanics stress-induced anisotropy sinha experiment azimuth flexural wave stress concentration wellbore design wellbore integrity uniaxial stress concentration compressional wave anisotropy mechanical damage velocity...

... of millions of dollars. P. 49 reservoir geomechanics wellbore design drilling performance evaluation reservoir characterization flg method geomech computational geomechanical model calibration application calculation mud weight geometry harkness wellbore stability analysis spe 47209...

... characterization mineral felser sandstone upstream oil & gas poro-elastic parameter experiment effective stress water saturation clay mineral hydrostatic stress compressibility buk modulus gpa reservoir geomechanics SPE/ISRM 47270 The poromechanical behaviour of Felser sandstone: stress...

... reservoir characterization fictional reservoir subsidence profile match subsidence bowl phillips petroleum company norway fluid dynamics field data subsidence contour flow in porous media simulation overburden the overburden reservoir geomechanics spe 47345 tvdss structural geology SPE...

... with the same indentation properties as Demotec 30. It is not recommended to use the micro- indentation measurements to predict porosity and Young's Modulus. P. 487 micro-indentation measurement indentation transition force reservoir geomechanics uniaxial compressive strength sandstone wellbore...

..., reservoir pressure and near-borehole permeability changes have the most significant influence on the extent of yielding for underbalanced drilling or production conditions in weak sandstones. P. 143 upstream oil & gas monte carlo simulation ecd mclellan production risk reservoir...

... rathole perforation reservoir characterization mechanism perforated interval spe 47329 upstream oil & gas water injector consequence liquefaction infectivity index injection system reservoir geomechanics infectivity particle infectivity loss completion installation and operations...

... prediction evolution reservoir geomechanics simulation horizontal stress stress-depletion response pore pressure poisson upstream oil & gas field data biot coefficient SPE 47289 The Influence Of The Reservoir Stress-Depletion Response On The Lifetime Considerations Of Well Completion Design...

... pressure and geomechanical deformation properties of the formations were determined. Results, observations and conclusions are presented. P. 193 reservoir characterization mechanical property reservoir geomechanics porosity wellbore design valhall fracture shale seismic data subsidence...

... in production objectives. P. 501 deformation upstream oil & gas seismic index dimension seismicity reservoir characterization depletion rate onset geophy earthquake time window knowledge management grasso lacq hydraulic fracturing production parameter fracture reservoir geomechanics...

... well permeability reservoir geomechanics hydraulic fracturing completion installation and operations open hole stability enhanced recovery drilling operation flow in porous media fluid dynamics SPE/ISRM 47331 Onset of Sand Production and Open Hole Stability Near Heated Horizontal Wells...