New sustainable, cost-effective solutions are urgently needed for river management since
conventional practices have posed serious ecological threats on streams, rivers and the …

A model for the instantaneous wall-shear-stress distribution is presented for zero-pressure-
gradient turbulent boundary layers. The model, based on empirical and theoretical …

The objective of this coupled experimental and numerical study is to provide insight into the
mean and turbulent flow fields within an array of fully submerged, isolated, immobile …

A one-dimensional steady-state model was constructed and used to study vertical profiles of
longitudinalvelocities in open channel flows through, and above, submerged vegetation …

Shear velocity u* is an important parameter in geophysical flows, in particular with respect to
sediment transport dynamics. In this study, we investigate the feasibility of applying five …

This is the second volume of a two-volume guide to designing, conducting and interpreting
laboratory and field experiments in a broad range of topics associated with hydraulic …

Shear velocity u∗ is a well-known fundamental velocity scale of the wall turbulence, widely
used for scaling various flow quantities such as mean velocity and turbulent intensities. The …

Sedimentation, including erosion, transport, and deposition of river-bed material, is a
complex process influenced by several parameters related to flow, materials, and …

Trees have been used extensively by river managers for improving the river environment
and ecology. The link between flow hydraulics, bed topography, habitat availability, and …

Boulders are widely used in fish habitat enhancement structures or fish passes. This study
provides a detailed measurement of mean and turbulent flow around a boulder in a boulder …