Hydraulic fracture networks, especially fracture geometry, height growth, and proppant
transport within the networks, present a critical influence on productivity evaluation and …

This work presents a conceptual framework for assessing geological deformation using
distributed fiber-optic sensing (DFOS) that is applicable to several common sources of strain …

We present a geomechanical analysis of stress and fracture development in the rock mass
adjacent to a salt body under tectonic loading. This is accomplished with 3D elastic …

The oil and gas production from ultra-tight source rocks requires massive hydraulic
fracturing. Understanding a full effect of the hydraulic fracturing process on the subsurface …

Understanding the geomechanical response of reservoir discontinuities is important for
predicting permeability enhancement and is a primary factor in sweet-spot identification …

I have developed a workflow to efficiently simulate geomechanical effects in the stimulated
rock volume (SRV) by including regional geologic structures such as faults and folds as well …

This work presents a conceptual framework for assessing geological deformation using
distributed fiber optic sensing that is applicable to several common sources of strain …

Geomechanical modeling of three-dimensional geologic structures is helpful for
understanding fault related stress perturbations. The choice of which modeling technique to …