Description
The HDIS/COUPi discrete element method modeling system was used to simulate the interaction between various debris and the Research Debris Diversion Platform (RDDP)
Resources
| Name | Format | Description | Link |
|---|---|---|---|
| ALFA_Parameters.xlsx | XLS | Spreadsheet with parameters used for each case | Open resource |
| Axes_Orientation.png | PNG | Plot of Axes Orientation | Open resource |
| Case03_Angle.zip | ZIP | Simulation of different opening angles for RDDP. | Open resource |
| Case08_Length.zip | ZIP | Simulation of Debris with varying length. | Open resource |
| Case09_Drag Coefficient.zip | ZIP | Simulation of Debris with varying drag coefficient. | Open resource |
| Case10_Buoyancy.zip | ZIP | Simulation of Debris with varying buoyancy. | Open resource |
| Case11_Friction Coefficient.zip | ZIP | Simulation of Debris with varying friction coefficient. | Open resource |
| Case12_Diameter.zip | ZIP | Simulation of Debris with varying diameter. | Open resource |
| Case13_Geometry.zip | ZIP | Simulation of Debris with varying geometry. | Open resource |
| Generic HDIS Code.zip | ZIP | Generic COUPi/HDIS code used in the simulations | Open resource |
| Readme.txt | Text | Read me file | Open resource |
Tags
- advanced
- analysis
- angle
- angular
- buoyancy
- cfd
- computational
- coupi
- coupled
- debris
- dem
- diameter
- discrete-element
- drag-coefficient
- energy
- field-arrays
- fluid-dynamics
- force
- friction
- geometry
- hdis
- hydrokinetic
- interaction
- laboratory
- length
- marine
- method
- mhk
- model
- modeling
- numerical
- power
- rddp
- research-debris-diversion-platform
- resource
- river
- simulation
- simulte
- torque
- university-of-alaska-fairbanks
- velocity
- water-resistance