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Virtual Plastic Particle Transport in Open-Channel Flows: A Combined PIV and Maxey-Riley Approach

Author(s): S. Restrepo; R.M.L. Ferreira; A.M. Ricardo; R.F. Carvalho

Linked Author(s): Maria Rita L. M. F. Carvalho, Rui M.L. Ferreira, Ana Margarida Ricardo

Keywords: Open channel flows; Plastic particle simulation

Abstract: Plastic pollution in aquatic systems is a mounting global concern, and understanding the transport dynamics of plastic debris is key to developing effective mitigation strategies. This study presents a novel approach that combines controlled laboratory measurements with numerical simulations to explore virtual plastic particle trajectories in open-channel flows. The primary objective is to evaluate the performance of the Maxey-Riley equation for predicting the movement of plastic particles under two distinct buoyancy scenarios: non-buoyant particles simulated using near-bed velocity data, and buoyant particles simulated using near-surface measurements.

DOI:

Year: 2025

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