Numerous codes are being developed to solve shallow water equations. Because these are
used in hydraulic and environmental studies, their capability to simulate flow dynamics …

A computational procedure has been developed for simulating non-hydrostatic, free-surface,
rotational flows in one and two horizontal dimensions. Its implementation in the publicly …

A novel scheme has been developed for data reconstruction within a Godunov-type method
for solving the shallow-water equations with source terms. In contrast to conventional data …

This paper proposes a numerical technique that in essence is based upon the classical
staggered grids and implicit numerical integration schemes, but that can be applied to …

Modelling large-scale wave fields and their interaction with coastal and offshore structures
has become much more feasible over the last two decades with increases in computer …

We present direct numerical simulation (DNS) of a stationary turbulent hydraulic jump with
inflow Froude number of 2, Weber number of 1820 and density ratio of 831, consistent with …

Abstract Both RaNS (Reynolds-averaged Navier–Stokes) and DES (Detached Eddy
Simulation) type turbulence models were used in conjunction with a two-fluid model of …

A 2 week field experiment investigated the hydrodynamics of a strongly tidally forced tropical
intertidal reef platform in the Kimberley region of northwestern Australia, where the spring …

A computer model has been developed to simulate general turbulent free surface flows. The
model solves Reynolds equations for turbulent flows and employs the volume-of-fluid …

This study aims to present an accurate and efficient finite volume approach for overland flow
modelling in rural and urban areas through solving the two-dimensional shallow water …