... a geomechanical model using offset well data. The in-situ principal stresses and their orientations were obtained from wireline logging measurements and mini-frac tests. The repeat formation test (RFT) was used to constrain pore pressure. Rock mechanical properties were calculated using empirical correlations...

... direct and positive effect on the productivity or injectivity of the fractured well. This paper presents a methodology of incorporating data from the microfracturing test into a comprehensive geomechanical model to determine the direction and magnitudes of in-situ reservoir stresses and other rock...

... Abstract In recent years, the petroleum industry achieved marked advances in the development of full 3D and 4D geomechanical models. If robust, these 3D/4D models provide the benefit for more accurate well and field development planning in structurally complex settings such as areas...

... properties, compressive rock strength, rock failure characteristics and thick-wall-cylinder strength. The effect of water on rock strength was tested as well to evaluate if water encroachment poses additional risk to the mechanical integrity of the formation. In addition, the required geomechanical model...

... components of the first Saudi Aramco CRI "pilot" study. These include: reservoir/geomechanical data analysis and interpretation; preliminary geomechanical modeling; target zone selection; test well design, drilling and injectivity testing; and geomechanical model refinement using field injectivity data...

... Design Artificial Intelligence wellbore integrity Reservoir Characterization Upstream Oil & Gas wellbore stability geomechanical model horizontal stress principal stress orientation wellbore failure rock strength Drilling Unayzah Formation tensile fracture pore pressure mud weight...