Steep, rough channels occupy a large fraction of the total channel length in mountainous
regions. Most sediment mobilized on hillslopes must pass through these streams before …

A new hypothesis predicts that in mobile‐bed river channels, interactions between the
channel hydraulics and bed configuration prevent the Froude number (Fr) from exceeding 1 …

Hydraulic engineering of dams and their appurtenant structures counts among the essential
tasks to successfully design safe water-retaining reservoirs for hydroelectric power …

Methods used so far to assess the flow velocities of the water commonly assumed to be
responsible for forming the major outflow channel systems on Mars have relied widely on …

The control of water supply systems is becoming more important, since there are increasing
requirements to improve operation. A need exists to model and simulate water supply …

This study addresses the evaluation of flow resistance in natural gravel‐bed rivers. Through
a new data set collected on 136 reaches of 78 gravel‐bed rivers (Calabrian fiumare) in …

Die vorliegende Arbeit beschäftigt sich mit der Untersuchung der Rauheitsstruktur von
Gebirgsbächen zur Bestimmung des Fließwiderstandes unter Klarwasserabfluß. Ziel der …

This paper is about the free surface instabilities of granular flows, usually called roll waves.
A shallow layer of shear-thickening fluid (τ= a (∂ u/∂ y) n with n= 2) is considered to study …

Operation principles of water supply systems are considered and the mathematical
expressions for the system major components such as pipes, reservoirs and pumps are …

This paper examines how the velocity distribution of flow in open channels affects the
kinematic and dynamic wave velocities, from which the various forms of the Vedernikov …