In this paper we review recent progress in the use of reduced complexity models for
predicting floodplain inundation. We review the theoretical basis for modelling floodplain …

We review the importance of the physical mechanisms involved in river meandering by
comparing some existing linear models and extensions thereof. Such models are …

We develop an efficient and versatile numerical model for carrying out high-resolution
simulations of turbulent flows in natural meandering streams with arbitrarily complex …

The purpose of this study is to simulate flow pattern in a 90° bend experimentally and
numerically. The numerical model used in this study is SSIIM 1.1. The k–ε model was used …

Turbulent flow in a meandering channel is computed with two Computational Fluid
Dynamics (CFD) codes solving the Navier–Stokes equations by employing different …

Flow in meandering bends is characterized by the formation of a large cross‐sectional
central‐region circulation cell. The width‐to‐depth ratio is one of the most important …

The effectiveness of a novel approach of using vanes, installed at a low angle and attached
to the bank, for bank protection and for the restoration of river meanders has been …

A two-dimensional depth-averaged hydrodynamic model is developed to simulate the
evolution of meandering channels from the complex interaction between downstream and …

A three-dimensional numerical model was used for calculating the velocity and bed level
changes over time in a 90° bended channel. The numerical model solved the Reynolds …

To improve navigation conditions for barges passing through river channels, many
submerged weirs (SWs) have been installed along the bendways of many waterways by the …