In the case of increasingly serious river pollution worldwide, aeration in channels is an
effective way to solve water pollution. However, traditional aeration research is aimed mainly …

Since soft computing has gained a lot of attention in hydrological studies, this study focuses
on predicting aeration efficiency (E 20) using circular plunging jets employing soft computing …

Quantitative prediction of the design parameter-influenced hydraulic performance is
significant for optimizing free water surface constructed wetlands (FWS CWs) to reduce point …

This study examines a Venturi flume's volumetric oxygen transfer coefficient (VFKL a) by
analyzing performance metrics and graphical assessment from conducting experiments …

This research utilizes experimental data derived from various Venturi flume setups to assess
the Venturi flume aeration efficiency (VFAE 20). This evaluation encompasses dimensional …

We study positively buoyant miscible jets through high-speed imaging and planar laser-
induced fluorescence methods, and we rely on supervised machine learning techniques to …

The gabion weirs serve the same functions that their counterpart impervious weirs do.
However, they have the advantage of being eco-friendly, more stable, and economical in …

In this study, we investigate assessing the oxygen transfer efficiency of a rectangular venturi
flume (VFOTF20), employing machine learning ensemble models. Our investigation …

This study optimizes standard oxygen transfer efficiency (SOTE) in Venturi flumes
investigating the impact of key parameters such as discharge per unit width (q), throat width …

A confined plunging liquid jet reactor (CPLJR) is an unconventional efficient and feasible
aerator, mixer and brine dispenser that operates under many operating conditions. Such …