Particle Capture Efficiency - Single Collector - Direct Interception



Data of Particle Capture Efficiency by a Single Collector due to Direct Interception. This data was extracted from direct numerical simulations of flow past a single cylinder subject to a range of Reynolds numbers (0 < Re < 1000) and a range of the ratio of particle-size to collector-size ( 0 < rp < 1.5).
Date made available23 Jan 2019
PublisherThe University of Western Australia
Date of data production1 Jan 2015 - 30 Nov 2017


  • Particle capture
  • Suspension Feeding
  • FIltering
  • Larval settlement
  • Direct Interception

Field of Research (FoR)

  • 090702 Environmental Engineering Modelling
  • 091504 Fluidisation and Fluid Mechanics
  • 050102 Ecosystem Function

Cite this

Espinosa Gayosso, A. (Creator) (23 Jan 2019). Particle Capture Efficiency - Single Collector - Direct Interception. The University of Western Australia. Efficiency_mesh1_Re0(1.dat), Efficiency_mesh1_Re0(1.dat), Efficiency_mesh1_Re0(2.dat), Efficiency_mesh1_Re0(2.dat), Efficiency_mesh1_Re0(3.dat), Efficiency_mesh1_Re0(3.dat), Efficiency_mesh1_Re0(5.dat), Efficiency_mesh1_Re0(5.dat), Efficiency_mesh1_Re0(7.dat), Efficiency_mesh1_Re0(7.dat), Efficiency_mesh1_Re1(.dat), Efficiency_mesh1_Re2(.dat), Efficiency_mesh1_Re4(.dat), Efficiency_mesh1_Re5(.dat), Efficiency_mesh1_Re7(.dat), Efficiency_mesh1_Re10(.dat), Efficiency_mesh1_Re15(.dat), Efficiency_mesh1_Re20(.dat), Efficiency_mesh1_Re25(.dat), Efficiency_mesh1_Re30(.dat), Efficiency_mesh1_Re35(.dat), Efficiency_mesh1_Re40(.dat), Efficiency_mesh1_Re47(.dat), Efficiency_mesh2_Re50(.dat), Efficiency_mesh2_Re68(.dat), Efficiency_mesh2_Re76(.dat), Efficiency_mesh2_Re115(.dat), Efficiency_mesh2_Re149(.dat), Efficiency_mesh2_Re137(.dat), Efficiency_mesh2_Re150(.dat), Efficiency_mesh3_Re180(.dat), Efficiency_mesh4_Re486(.dat), Efficiency_mesh4_Re300(.dat), Efficiency_mesh4_Re600(.dat), Efficiency_mesh4_Re1000(.dat). 10.26182/5c4917f9e9a49