This paper introduces an assessment of the representation of shape parameter
measurements on theoretical particles. The aim of the study was to establish a numerical …

Despite the crucial role of the variability of pore type across a rock unit in determining the
outputs of the corresponding rock physics model, existing models are known to consider a …

The main goal of this study was to capture the variations in pore-network, mechanical and
hydrological characteristics of two different sandstone specimens subjected to CO 2 …

Modern scanning electron microscopes often include software that allows for the possibility
of obtaining large format high-resolution image montages over areas of several square …

Reservoir rock porosity and capillary pressure data are fundamental parameters to
understand the physical properties of rocks. Porosity, which shows the rock's void fraction to …

Via image-based macroscopic, analysis of a briquettes' surface structure, particle size, and
distribution was determined to better understand the behavioural pattern of input material …

Optical image analysis (OIA) supporting microscopic observation can be applied to improve
ore mineral characterization of ore deposits, providing accurate and representative …

We conducted four hydrostatic creep/flow-through experiments to investigate the evolution of
rock hydraulic and mechanical properties due to fluid-rock interactions in the context of …

Image analysis is widely used to quantify porosity because, in addition to porosity, it can
provide quantitative pore system information, such as pore sizes and shapes. Despite its …

Acid mine drainage (AMD) poses significant ecological, environmental and geological
challenges worldwide, especially in more vulnerable karst areas. However, the impact of …