Tests on standard rock specimens with controlled and identical pore structure are critical to
validating the analytical and numerical models. However, it is usually difficult to acquire two …

Digital rock analysis (DRA) has exhibited strong ability and significant potential to help
people to image geological microstructures and understand transport mechanisms in rocks …

We compare hydromechanical simulation results that use two alternative sources of 3D
digital rock input: micro-CT analysis and “synthetic rocks” created by using a newly …

Non-Newtonian fluids may cause nonlinear seepage even for a single-phase flow. Through
digital rock technologies, the upscaling of this non-Darcy flow can be studied; however, the …

This paper presents an experimental study to test and validate a technique of predicting rock
grain size distribution (GSD) from nuclear magnetic resonance (NMR) measurements and …

This paper illustrates the application of pore-scale numerical simulation to evaluate
permeability changes due to solids precipitation with Digital Rock Physics (DRP). A DRP …

Digital rock physics (DRP) is a rapidly evolving field of study. One component of digital rock
that has not received sufficient attention is how well actual rocks are represented in DRP …

Permeability is arguably the most important property in evaluating fluid flow in the reservoir.
It is also one of the most difficult parameters to measure in field. One of the main techniques …

Oftentimes, undersaturated oil reservoirs are subject to cold water injection to enhance the
ultimate oil recovery of a field. During this process, the risk of gas hydrate formation that …

Oftentimes, undersaturated oil reservoirs are subject to cold water injection to enhance the
ultimate oil recovery of a field. During this process, the risk of gas hydrate formation that …