Accurate prediction of radionuclide distribution in fractured rock mass is a key problem in
high-level radioactive waste disposal engineering. However, it is inappropriate to directly …

Fluid flow in fractures partially filled with porous media is commonly encountered in
engineering and scientific research, yet understanding of its nonlinear seepage …

Spatial moment analysis has been performed on the concentration of the first species in a
multispecies solute transport in porous media. Finite difference numerical technique was …

Transport of contaminants in the presence of colloids is a three-phase problem in the
groundwater porous media and colloids can also enhance the transport of contaminants by …

The subsurface leaching of soluble chemicals in a fractured porous medium poses long-
term risk of groundwater contamination. Tracing the occurrence, movement and …

The objective of this study is to analyse the movement of nitrates and dissolved oxygen
under the effect of denitrification in a fracture–matrix (F–M) system with skin formation. An …

A numerical model has been developed in this study for analysing the influence of Sips
sorption isotherm on the contaminant transport mechanism in a coupled fracture matrix …

Understanding the intricacies of inter-dependency of fluid flow and solute transfer at the
scale of a single fracture is limited by various simplifying assumptions employed for …

Monitoring of BTX natural attenuation in a fractured rock aquifer is highly challenging due to
lack of knowledge about the influence of interaction of heterogeneous domains on transport …

Understanding the heat transfer mechanism in the subsurface is essential for designing
geothermal heat extraction system as well as oil extraction system in petroleum reservoirs …