3D Near-Wellbore Structural Modeling, Natural Fracture Characterization and in-Situ Stress Analysis in A Complex Thrust

doi:https://doi.org/10.3997/2214-4609-pdb.297.p29

Article10.3997/2214-4609-pdb.297.p29

3D Near-Wellbore Structural Modeling, Natural Fracture Characterization and in-Situ Stress Analysis in A Complex Thrust

Roland Dashti-2012-04-23

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TL;DRAbstract

In this study, using a new technique results of borehole images analysis in two wells are integrated to determine the structural configuration of a complex hydrocarbon-bearing structure through construction of a 3D near wellbore fault system and surfaces. Also natural fracture system and in-situ stresses are characterized in incorporation with dipole shear sonic data.

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In this study, using a new technique results of borehole images analysis in two wells are integrated to determine the structural configuration of a complex hydrocarbon-bearing structure through construction of a 3D near wellbore fault system and surfaces. Also natural fracture system and in-situ stresses are characterized in incorporation with dipole shear sonic data.

Keywords

BoreholeGeologyWellboreFault (geology)Fracture (geology)Stress (linguistics)Geotechnical engineeringShear (geology)

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