Description
Includes six mp4 and one PDF files. The mp4 files show the percolation of ferrofluid in porous media under a magnetic field. The names of the authors are available in the PDF file. The data are from an experimental study performed at the Michigan Technological University. The experiments were conducted in 2016. The dissertation included as a link provides more information as to how the data was used and necessary information to properly utilize the data.
Resources
| Name | Format | Description | Link |
|---|---|---|---|
| Video 3.avi | Unknown | Oil based ferrofluid is injected into oil saturated Styrofoam subject to a magnetic field. | Open resource |
| Video 6.avi | Unknown | Oil based ferrofluid is injected into oil saturated Styrofoam without a magnetic field. | Open resource |
| Tables.pdf | The properties of the oil-based (EFH1) and aqueous (EMG 308) ferrofluids, the industrial oil (Valvoline ILSAC Grade oi), and the Neodymium (N45) magnet. | Open resource | |
| Video 4.avi | Unknown | Water based ferrofluid is injected into air saturated Styrofoam without a magnetic field. | Open resource |
| Video 5.avi | Unknown | Water based ferrofluid is injected into water saturated Styrofoam without a magnetic field. | Open resource |
| Video 1.avi | Unknown | Water based ferrofluid is injected into air saturated Styrofoam subject to a magnetic field. | Open resource |
| Video 2.avi | Unknown | Water based ferrofluid is injected into oil saturated styrofoam subject to a magnetic field. | Open resource |
| Experimental Study of the Flow of Ferrofluid in a Porous Media Under a Magnetic Field | HTML | This dissertation uses the data in this submission to study the flow of ferrofluids through porous media under different conditions. Experimental background, methodology, results, and conclusions can be found in this report. | Open resource |