SPE[removed]Laboratory Testing and Numerical Modelling of Fracture Propagation from Deviated Wells in Poorly Consolidated Formations Ion Ispas, Robin A. Eve, Randall J. Hickman, Richard G. Keck, BP, Stephen M. Willson, BP - Robin Wells - Document - PDFSEARCH.IO

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$Materials science / Elasticity / Plasticity / Hydraulic fracturing / Strength of materials / Completion / Fracture / Stress / Ultimate tensile strength / Mechanics / Physics / Solid mechanics$	SPE[removed]Laboratory Testing and Numerical Modelling of Fracture Propagation from Deviated Wells in Poorly Consolidated Formations Ion Ispas, Robin A. Eve, Randall J. Hickman, Richard G. Keck, BP, Stephen M. Willson, BP Add to Reading List Document Date: 2013-07-10 15:35:50 Open Document File Size: 1,73 MB Share Result on Facebook City San Antonio / / Company BP / Rockfield Software Ltd. / / Country United States / / Facility Laboratory Testing / / IndustryTerm fracture energy release rate / steel bladders / The energy release rate / tensile energy release / energy-based regularization / steel casing / test equipment / predictive tool / / Movie North and South / / MusicGroup Energy / / NaturalFeature North Sea / Gulf of Mexico / / Organization Society of Petroleum Engineers / / Person Robin A. Eve / Stephen M. Willson / Randall J. Hickman / Karen E. Olson / Richard G. Keck / / Position author / Porter / / Product Sangean SR3 Radio / / ProvinceOrState Texas / Alaska / / Region Gulf of Mexico / / Technology fracturing / simulation / fluid coupling / tomography / / SocialTag Materials science Elasticity Plasticity Hydraulic fracturing Strength of materials Completion Fracture Stress Ultimate tensile strength Mechanics

SPE[removed]Laboratory Testing and Numerical Modelling of Fracture Propagation from Deviated Wells in Poorly Consolidated Formations Ion Ispas, Robin A. Eve, Randall J. Hickman, Richard G. Keck, BP, Stephen M. Willson, BPAdd to Reading List