As the flow velocity and Reynolds number increase in rockfilled porous media, the flow
deviates from Darcy conditions and enters into a new phase known as non-Darcy …

In order to investigate the behavior of flow through granular materials, a packed column test
was employed. The laboratory model consisted of a permeameter having 0.2 m diameter …

Geometric characteristics and Manning's roughness coefficient (n) are needed in steady and
unsteady flow analysis in open channels and rivers. Various methods are used to estimate n …

This research introduces a numerical approach called IsoGeometric Analysis (IGA) to solve
the Laplace equation. Non-Uniform Rational B-Splines (NURBS) basis function is applied …

It is very important to study the steady and unsteady flow through porous media and fluid-
particle interactions. In the present study, using the experimental data obtained from …

Rockfill materials are widely used in construction of rockfill dams and flood control
structures. Analysis of the unsteady flow through rockfill materials is of great importance …

Seepage flow is one of the most practical problems in the field of civil, geology, hydrology
and agricultural engineering. Nonlinear flow through permeable deposits takes place when …

A fully developed turbulent regime is considered as a specific case of non-Darcy flow, and
an analytical approach has been developed to determine normal depth, water surface …

In hydrodynamic modeling of flow through porous structures, the solution domain might
encounter discontinuities. These include, for example, porous structure-open channel …

Development of models for analysis of flow through structures made of coarse porous media
such as rockfill dams, breakwaters, sand filters, and gabions has always been a research …