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RISMore Accurate Prediction of Oxygen Transfer in Water through Venturi Flumes by Data Analysis, Machine Learning, and Uncertainty Investigation
Publisher: American Society of Civil Engineers
Abstract: This study examines a Venturi flume’s volumetric oxygen transfer coefficient (VFKLa) by analyzing performance metrics and graphical assessment from conducting experiments under diverse conditions. Input parameters, including ...
More Accurate Prediction of Oxygen Transfer in Water through Venturi Flumes by Data Analysis, Machine Learning, and Uncertainty Investigation
Publisher: American Society of Civil Engineers
Abstract: This study examines a Venturi flume’s volumetric oxygen transfer coefficient (VFKLa) by analyzing performance metrics and graphical assessment from conducting experiments under diverse conditions. Input parameters, including ...
Reliable Prediction of the Aeration Efficiency of Venturi Flumes Using Intelligent Approaches
Publisher: American Society of Civil Engineers
Abstract: This research utilizes experimental data derived from various Venturi flume setups to assess the Venturi flume aeration efficiency (VFAE20). This evaluation encompasses dimensional factors (such as discharge per unit width ...
Reliable Prediction of the Aeration Efficiency of Venturi Flumes Using Intelligent Approaches
Publisher: American Society of Civil Engineers
Abstract: This research utilizes experimental data derived from various Venturi flume setups to assess the Venturi flume aeration efficiency (VFAE20). This evaluation encompasses dimensional factors (such as discharge per unit width ...