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 …

In natural rivers, flow conditions are mainly dependent on flow resistance and type of
roughness. The interactions among flow and bedforms are complex in nature as bedform …

This study investigates the flow resistance and velocity distribution in a smooth triangular
channel under varying slope conditions in a laboratory environment. For this purpose, two …

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

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 …

Sediment transport is one of the most important issues in river engineering. In this study, the
capability of the Kernel Extreme Learning Machine (KELM) approach for predicting the river …

HIGHLIGHTS Kernel extreme learning machine (KELM) and multivariate adaptive
regression splines (MARS) approaches were used for MRF modeling in three successive …

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

Sediment transportation and accurate estimation of its rate is a significant issue for river
engineers and researchers. In this study, the capability of kernel based approaches …

Computing movable bed roughness plays an important role in the modeling of flood routing
and bed deformation, and the magnitude of movable bed roughness is closely associated …