id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
ispiv-211	Rahimi Khojasteh, Ali; Heitz, Dominique; Yang, Yin	Particle position prediction based on Lagrangian coherency for flow over a cylinder in 4D-PTV	2021	9	.pdf	application/pdf	4207	221	52	By tracking each Figure 2: Schematic of particle trajectories in 2D pair vortices starting from t1 to t5: t1), The target particle with coherent neighbour particles located in a clockwise vortex (golden cluster), non-coherent particles belong to different clusters; t2), The target particle trajectory (golden line) approaching to particles in the red cluster; t3), The target particle separation with non-coherent particles in the red cluster and approaching to particles in the grey cluster; t4), Separation of non-coherent particles in the grey cluster with the target particle; t1−t5), Full trajectory view of the target particle alongside with coherent particles in golden cluster. On the other hand, the information of coherent particles should be shared with each neighbour particle to predict their behaviour accurately and avoid misprediction.	cache/ispiv-211.pdf	txt/ispiv-211.txt