The inherent complexity of the fluid flow in subsurface systems brings potential inevitable
uncertainty in their characterization. Computationally intensive high-dimensional inversion …

This paper explores the Darcy-Forchheimer two-dimensional flow of nanofluid due to curved
stretching sheet. Brownian motion and thermophoresis effects are taken in to account. Bejan …

In presented communication, the hybrid nanomaterial (Ethylene Glycol+ Ag+ CuO) flow by a
stretched cylinder is numerically analyzed. Thermal characteristics are explored by thermal …

Fracture is the primary channel of gas seepage in coal seams and controls the drainage
efficiency of coal bed methane (CBM). However, the seepage characteristics and dynamic …

Coal seam fracturing and water injection are important techniques for increasing
permeability in joint coal and gas mining operations. The mechanism of fracture …

In this study, we propose an efficient solution based on the finite volume method for
thermohydro coupling modeling in fractured porous media considering the nonlinear flow …

Aiming at nonlinear flow in fractured porous media, based on the finite volume method, the
discrete equations of Darcy flow in porous and Forchheimer flow in fracture were derived …

Linear and nonlinear fluid flow in fractured rock masses often co-occurs because of the
hydraulic pressure gradient discrepancy and significant permeability difference between …

A meshless geometric multigrid (GMG) method based on a node-coarsening algorithm is
proposed in the context of finite element method (FEM) with unstructured grids consisting of …

Processes described by the advection-diffusion-reaction (ADR) equation often arise in
heterogeneous media. Of particular interest is the case of layered or otherwise composite …