This paper, written to mark the 60th anniversary of the Journal of Hydraulic Engineering,
focuses on the nature of meandering flow and its coupling to bed and bank deformation. An …

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 …

Meanders of large amplitude often exhibit asymmetric planform shape or subsidiary bends.
The present work is aimed at improving on understanding of the morphodynamic …

The effect of channel sinuosity on flow pattern in meandering streams is investigated. The
centerlines of the idealized meandering streams under consideration follow sine-generated …

I am very honoured, and deeply grateful to the IAHR Awards Committee and the IAHR
Council for making me the recipient of this year's Arthur Thomas Ippen Award. It is a great …

This paper presents a review of the present understanding of the kinematics of meandering
flow, and its relationship to bed deformation as well as downstream migration and lateral …

The flow in every meandering channel with a specific sinuosity has its own convective
pattern. However, most of the previous numerical works did not take this nature as an …

This paper concerns the location in flow plan of the laterally adjacent erosion–deposition
zones (“deeps” and “hills”) in sine–generated meandering streams. The aim of the paper is …

This paper concerns the quantitative evaluation of the time of bed development of alluvial
meandering streams. In agreement with the prevailing approach, it is assumed that the …

Focusing on the effect of the meandering planform, two functions are investigated by a
numerical experiment: the first represents the ratio between the intensities of the resisting …