1 to 8 of 8 Results
Dec 7, 2022 - Cyclorotor
Schließus, Julian; Gagnon, Louis, 2022, "Data for: Create a Fluid-Structure Simulation Framework for Cycloidal Rotors", https://doi.org/10.18419/darus-2232, DaRUS, V2
OpenFOAM simulation case files and results accompanying the article having the same title are included. The pressure and velocity fields could be visualized by using Paraview. The cases are described in the Bachelor Thesis referenced under Related Publication. For details how to... |
Gzip Archive - 4.8 MB -
MD5: c94fb54e67ee8ea3539fca2adc2ee57b
Base case setup |
Gzip Archive - 37.2 GB -
MD5: 71a5cd5e0524e0ba01bf3ca039e265f1
Simulation results of OpenFOAM & MBDyn for a flying cycloidal rotor |
Gzip Archive - 26.1 GB -
MD5: dfbf15f4f36da29bb5a366272b286102
Simulation results of OpenFOAM & MBDyn for a flying cycloidal rotor, without a coupling of the blade deformation |
Gzip Archive - 3.6 KB -
MD5: 26b1528e385b1b7f1bc9d62bef666387
Custom OpenFOAM class to couple a rotation motion via preCICE with OpenFOAM. |
Adobe PDF - 76.3 KB -
MD5: e1213e81aaf62355f382d855538c4369
README |
Gzip Archive - 5.6 MB -
MD5: a05ab0ca6832cf0848502d2481f7b6fb
Install guide |
Gzip Archive - 5.3 KB -
MD5: 21baee31bc807196bafe2cecbd5f9920
Custom OpenFOAM class to simulate multiple deforming bodies on a chimera background mesh.
Copyright (c): Louis Gagnon |