Kramer, Onno; S.R. (Shravan Raaghav) Kaveripuram Ramasamy; W.P. (Wim Paul) Breugem (2020): Videos: terminal settling experiments in water: path instabilities. Version 1. 4TU.ResearchData. dataset. https://doi.org/10.4121/uuid:3ffdfa51-38f0-4188-aec5-8cd8fc8f1941

Dataset

• Civil Engineering
• Mechanical Engineering
• Theoretical and Computational Chemistry
• Classical Physics
• Chemical Engineering

Calcite pellets, Circular sustainable processes, dissertation, Drinking water treatment, Hydraulic modelling, Liquid-solid fluidisation, Multiphase flow, Path instabilities, Terminal settling, Water softening

CC0

RefWorks, BibTeX, Reference Manager, Endnote, DataCite, NLM, DC, CFF

by Onno Kramer , S.R. (Shravan Raaghav) Kaveripuram Ramasamy , W.P. (Wim Paul) Breugem

24 path trajectories of grains setting in water in an advanced TU Delft experimental setup. More technical information can be found here: http://resolver.tudelft.nl/uuid:cbaf6de1-dcf9-41ab-a5bc-3a4d364bfd45 Path Instabilities of a Rising or Falling Sphere in a Fluid at Rest - An Experimental Study Author: Kaveripuram Ramasamy, Shravan Raaghav And related videos: https://data.4tu.nl/repository/uuid:1b685d9e-4441-4a53-865c-86622ba49b25 File: Set 1 - Calcium Pellets 1.4-1.7 mm.mp4 File: Set 1 - Glass beads - 1.5 mm.mp4 File: Set 1 - Glass beads - 2.0 mm.mp4 File: Set 1 - Glass beads - 2.5 mm.mp4 File: Set 1 - Glass beads - 3.0 mm.mp4 File: Set 1 - Glass beads - 3.5 mm.mp4 File: Set 1 - Glass beads - 4.0 mm.mp4 File: Set 1 - Rapid Filter Sand 1.0-2.0 mm.mp4 File: Set 1 - Steel shots 3.0 mm.mp4 File: Set 1 – Zirconium balls 2.0 mm.mp4 File: Set 2 - Calcite pellets 1-1.12 mm-case-1.mp4 File: Set 2 - Calcite pellets 1-1.12 mm-case-2.mp4 File: Set 2 - Calcite pellets 1-1.12 mm-case-3.mp4 File: Set 2 - Calcite pellets 1.12-1.25 mm-case-1.mp4 File: Set 2 - Calcite pellets 1.12-1.25 mm-case-2.mp4 File: Set 2 - Calcite pellets 1.12-1.25 mm-case-3.mp4 File: Set 2 - Calcite pellets 1.25-1.4 mm-case-1.mp4 File: Set 2 - Calcite pellets 1.25-1.4 mm-case-2.mp4 File: Set 2 - Calcite pellets 1.25-1.4 mm-case-3.mp4 File: Set 2 - Calcite pellets 1.4-1.7 m-case-2.mp4 File: Set 2 - Calcite pellets 1.4-1.7 mm-case-1.mp4 File: Set 2 - Calcite pellets 1.4-1.7 mm-case-3.mp4 File: Set 2 - Calcite pellets 1.7-2 mm-case-1.mp4 File: Set 2 - Calcite pellets 1.7-2 mm-case-2.mp4 File: Set 2 - Calcite pellets 1.7-2 mm-case-3.mp4 File: Set 2 - Calcite pellets 2-2.36 mm-case-1.mp4 File: Set 2 - Calcite pellets 2-2.36 mm-case-2.mp4 File: Set 2 - Calcite pellets 2-2.36 mm-case-3.mp4 File: Set 2 - Calcite pellets 2.36-2.8 mm-case-1.mp4 File: Set 2 - Calcite pellets 2.36-2.8 mm-case-2.mp4 File: Set 2 - Calcite pellets 2.36-2.8 mm-case-3.mp4 File: Set 2 - Calcite pellets 2.8+mm-case-1.mp4 File: Set 2 - Calcite pellets 2.8+mm-case-2.mp4 File: Set 2 - Calcite pellets 2.8+mm-case-3.mp4 File: Set 3 - Terminal settling 10mm glass bead.MP4 Project This research is part of the project “Hydraulic modelling of liquid-solid fluidisation in drinking water treatment processes” carried out by Waternet, Delft University of Technology, and HU University of Applied Sciences Utrecht. Financial support came from Waternet Drinking Water Production Department. The videos were recorded at TU Delft, Mechanical, Maritime and Materials Engineering

• 2020-06-25 first online, published, posted

4TU.Centre for Research Data

media types: application/vnd.openxmlformats-officedocument.wordprocessingml.document, application/zip, video/mp4

Can terminal settling velocity and drag of natural particles in water ever be predicted accurately?

• https://doi.org/10.4121/uuid:1b685d9e-4441-4a53-865c-86622ba49b25
• http://resolver.tudelft.nl/uuid:cbaf6de1-dcf9-41ab-a5bc-3a4d364bfd45

• Waternet

Delft University of Technology, Faculty of Civil Engineering;
Delft University of Technology, Faculty of Mechanical, Maritime and Materials Engineering;
Waternet, Amsterdam (funder);
HU University of Applied Sciences Utrecht, Institute for Life Science and Chemistry;
Omnisys, Hoevelaken