This study employs a stacked ensemble machine learning approach to predict carbonate
rocks' porosity and absolute permeability with various pore-throat distributions and …

When salt caverns are used for the medium of underground energy storage, the surrounding
rock experiences cyclic loading due to periodical injection-production. The cyclic load …

The accumulation of damage significantly affects the strength of rocks over long time scales,
so it is essential to study the evolution of rock damage. In this study, resistivity, a non …

Fractures in carbonate rocks make the reservoir and its elastic properties complex, which
creates challenges in the geophysical exploration of oil and gas resources. To study the …

How the complex pore structure of carbonate rock affects the elastic properties of carbonate
rock has always been a difficult problem in the research of geophysics. How to make semi …

Abstract Digital Rock Physics (DRP) is an effective approach to compute physical properties
of rock using high-resolution 3D images. Although micro-scale structures are well studied in …

Laboratory and digital rock physics study of a Cretaceous limestone reservoir in Abu Dhabi,
United Arab Emirates, provides insights into pore connectivity, pore-throat size, and …

Characterizing heterogeneity is crucial to assess the variability of rock properties in
carbonate reservoir samples. This work introduces an original multiscale approach to …

A standard digital rock physics workflow aims to simulate petrophysical properties of rock
samples using few millimeter size subsets scanned with X-ray microtomography at a high …

In coal mining engineering, the mechanical properties of rocks in coal-bearing formations
are important for mining safety. In addition, lithological properties are among the most crucial …