The fracture–matrix system, in which water is stored and transported, has a significant
impact on the hydraulic behaviors of fractured geologic media (FGM). However, it is very …

Explicit fracture models often use analytical solutions for predicting flow in fractured media,
usually assuming uniform fluid viscosity for simplicity. This assumption, however, can be …

The numerical simulation of matrix acidization in fractured porous media is continuous work
in the reservoir simulation community. However, existing works mainly depend on two kinds …

Numerical models can be utilized to understand and anticipate the future behavior of a
geothermal reservoir, and hence aid in the development of efficient reservoir engineering …

The efficient management and remediation of contaminated fractured aquifers necessitate
an accurate prediction of the spatial distribution of contaminant concentration within the …

Groundwater flow and contaminant transport through fractured porous media are
encountered in many subsurface systems and are thus of great importance in many scientific …

Two modeling approaches are commonly utilized for simulating flow in fractured formations:
the discrete fracture network (DFN) approach and the stochastic continuum (SC) approach …

The presence of colloids and bacteria in groundwater affects contaminant migration either
by facilitation or retardation. The co-transport of contaminant and colloidal particles had …

This paper deals with a Lagrangian stochastic approach to solve the advection-diffusion
equation of a scalar tracer inflow based on random walk particle tracking (RWPT) of a fine …

This paper proposes a finite volume–Yeh's finite-element–multiscale finite-element model
(FVYMSFEM) for solute transport simulations, which is extended from its elliptic groundwater …