This study investigates the impact of pore network characteristics on fluid flow through
complex and heterogeneous porous media, providing insights into the factors affecting fluid …

Ultra-high performance concrete (UHPC) is usually embedded with reinforcing bars to avoid
localized cracking, when adopted to strengthen existing reinforced concrete (RC) structures …

High-resolution digital rock micro-CT images captured from a wide field of view are essential
for various geosystem engineering and geoscience applications. However, the resolution of …

In recent years, artificial intelligence applications have proved useful for analyzing
petrophysical data and characterizing subsurface formations. Conventional reservoir …

This research discusses the behavior of ultra-high-performance concrete (UHPC)
specimens made with dumped waste iron ore tailing (IOT) as a fine aggregate in the mix by …

Ultra-high-performance concrete (UHPC) made of limestone calcined clay cement (LC 3)
exhibits excellent mechanical properties as well as good environmental friendliness. This …

In recent years, due to the increasing demand for cleaner energy sources, coal bed methane
(CBM) has garnered substantial attention for its potential as an efficient energy resource …

This study analyzes Brazilian stromatolites in Lagoa Salgada, serving as analogs for pre-salt
rocks in the Santos and Campos basins. Despite their excellent petrophysical properties …

Fluid flow in shale is governed by various flow mechanisms in different pores, which can be
attributed to the complex pore structure within the matrix and the surrounding mineral …

The matrix permeability of shale is on the order of nanodarcy (nD), and hydrocarbon
recovery from it is economical only after hydraulic fracturing. Another fracturing technique …