In this paper, the potential of using foam concrete as a lightweight filling material for high-
speed railway roadbeds was studied. The influence of coarse fly ash on the workability …

The multi-phase flow behavior of complex rocks with broad pore size distributions often
digresses from classical relations. Pore-scale simulation methods can be a great tool to …

Over the past two decades, immense research efforts at a global level have extended CT-
Scan technology across several engineering fields. The state-of-the-art of the most relevant …

The research on Hydrogen (H 2) gas has attracted considerable attention as a clean energy
source to achieve net-zero carbon emissions. Underground Hydrogen Storage (UHS) in …

Freeze–thaw cycling stresses many environments which include porous media such as soil,
rock and concrete. Climate change can expose new regions and subject others to a …

Reliable quantitative analysis of digital rock images requires precise segmentation and
identification of the macroporosity, sub-resolution porosity, and solid\mineral phases. This is …

Characterisation of the pore space in carbonate reservoirs and aquifers is of utmost
importance in a number of applications such as enhanced oil recovery, geological carbon …

Hydrogen can act as an energy store to balance supply and demand in the renewable
energy sector. Hydrogen storage in subsurface porous media could deliver high storage …

A blasting experiment was conducted on iron ore samples by considering multiple coupling
charge coefficients. The resulting internal fracture and damage characteristics were …

High-resolution X-ray imaging combined with a steady-state flow experiment is used to
demonstrate how pore-scale displacement affects macroscopic properties in an altered …