... Abstract Coupled hydraulic-mechanical (HM) simulation has been a crucial technique in the quantification and prediction of reservoir production performance (Li et al 2022). Developing an approach that is both fast and accurate to calculate the induced stress change during hydraulic stimulation...

... tensile fracture pressure depletion complexity hydraulic fracturing drillstem testing stress change fracturing fluid srv scenario fluid dynamics fracture heterogeneity urtec 3221 shear fracture equation URTeC: 3221 Overcoming the Limitations of the SRV Concept M. Gaddipati*1, C. Karacaer1...

... were compared for all infill wells and we found out that none of these can cause the significant production difference among the infill wells. Hence, the most accepted hypothesis is that the stress change induced by parent well depletion negatively affects the effectiveness of infill well completion...

... conditions suggests that the stress change associated to production does impact the overall SRV generation and must be considered for multi-well multi-layer strategy. Horizontal Stress Anisotropy, preexisting fractures and laminations are the static properties which have the most important control...

... from this research have been shared to the community by the consortium members. The objective of this study is to analyze this dataset from a geomechanics perspective. We modeled pressure depletion and stress change on the two parent wells after 15 months of production using a one-way coupled approach...

... is evaluated as an effective gauge to capture the rock response to stress changes. Using a high precision oscilloscope with a resolution of 1 nanosecond to measure P-wave arrival time enables the measurement of α with much higher accuracy and over small stress perturbations without inducing hysteresis...

... (Multi-Frac-3D) was used to model the depletion of the parent well and calculate the induced stress changes. The impact of induced unpropped (IU) fractures around the parent well on the induced stress changes was analyzed. The production of the parent well was history matched to estimate the stimulated...

... will evolve in the subsurface. Calculating dynamic stress changes during reservoir depletion, however, typically requires coupled-geomechanics simulators which are very specialized and time-consuming tools. In this work, we develop a methodology using analytical models to quickly estimate reservoir stress...

..., thus adding contact surface with the wellbore. In the present paper, I have computed static, poro-elastic stress changes induced by a tensile fracture using a boundary element method, and projected it on either vertical or horizontal planes – or on planes striking parallel or perpendicular...

... potential stress change interaction URTeC: 2447633 Geomechanical Tools to Bolster Social License: Quantifying the Mechanical Effects of Faults on Induced Seismicity Potential Nicholas M. Umholtz*, FracGeo, Ahmed Ouenes, FracGeo Copyright 2016, Unconventional Resources Technology Conference (URTeC...

... reservoirs (e.g., permeability, stimulated rock volume, existence of conductive faults) for pore pressure increase, stress changes and estimation of moment magnitude of induced seismicity on hypo- thetical faults. This approach integrates a coupled flow-geomechanical simulation with an analytical model...