Underground porous media are complex multiphase systems, where the behavior at the
macro-scale is affected by physical phenomena occurring at the pore (micro)-scale. The …

Porous materials are of great interest in multiple applications due to their usefulness in
energy conversion devices and their ability to modify structural and diffusive properties …

Accurate reservoir tortuosity prediction is the foundation of the high-quality evaluation of
reservoir petrophysical properties. However, conventional empirical equations as a form of …

The understanding of multiphase flow phenomena occurring in porous media at the pore
scale is fundamental in a significant number of fields, from life science to geo and …

The goal of this study is the quantitative characterization of the degree of natural alteration of
marble samples by using image analysis for the automatic characterization and comparison …

Pore-scale analysis and characterization of reservoir rocks provide valuable information for
the definition and management of underground hydrogen storage and CO 2 storage or …

The nuclear-grade graphite is a kind of granular material, and tortuosity is a key parameter
to predict its performance. However, there are few research about analyzing the tortuosity of …

Tortuosity (τ) is one of the key parameters controlling flow and transport in porous media.
Although the concept of tortuosity is straightforward, its estimation in porous media has yet …

В настоящее время большое количество научных работ, посвященных изучению
особенностей геологического строения и разработке залежей нефти в …

Pore-throat radius is one of the key parameters that characterizes the microscopic pore
structure of rock, which has an important impact on oil-gas seepage and the prediction of …