Flow conditions (flow discharge, flow depth, and flow velocity) in natural streams are mainly
determined via the flow resistance formula such as Manning's equation. Evaluating the …

Rough bed channels are one of the appurtenances used to dissipate the extra energy of the
flow through hydraulic jump. The aim of this paper is to assess the effects of channel …

Ubiquitous flow bedforms such as ripples in rivers and coastal environments can affect
transport conditions as they constitute the bed roughness elements. The roughness …

An accurate prediction of roughness coefficient in alluvial channels is of substantial
importance for river management. In this study, the total and form resistance in alluvial …

The significance of spillways is to allow the flood to be safely discharged from downstream.
There is a strong correlation between the poor design of spillways and the failures of dams …

Flow resistance in natural gravel-bed rivers must be precisely predicted in order for water-
related infrastructure to be designed effectively. Cluster microforms are significant factors in …

Dunes formation in sandy rivers significantly impacts flow resistance, subsequently affecting
water levels, flow velocity, river navigation, and hydraulic structures performance. Accurate …

Channels with different shapes and bed conditions are used as useful appurtenances to
dissipate the extra energy of a hydraulic jump. Accurate prediction of hydraulic jump energy …

An accurate prediction of roughness coefficient is of substantial importance for river
management. The current study applies two artificial intelligence methods namely; Feed …

The investigation of bedform configurations and their migration manifest under varying flow
conditions in alluvial channels remains a persistent challenge for engineers and …