401 to 410 of 447 Results
Sep 8, 2022 -
Data for: Experimental Validation of a Cycloidal Rotor URANS CFD Model and Geometric Parameter Optimization
Gzip Archive - 337.4 KB -
MD5: 32d570df4aa262b1c061bec954b003ae
Accompanying custom OpenFOAM libraries |
Sep 8, 2022 -
Data for: Experimental Validation of a Cycloidal Rotor URANS CFD Model and Geometric Parameter Optimization
Bzip Archive - 224.8 KB -
MD5: 950449750bd4cdfbfb9f3eb83ab308af
Post-processing Python scripts and ParaView state files |
Sep 8, 2022 -
Data for: Experimental Validation of a Cycloidal Rotor URANS CFD Model and Geometric Parameter Optimization
Gzip Archive - 56.6 MB -
MD5: 18f144a20a735bd10a16575198ba08a2
WENOEXT library as compiled and used |
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 |
Oct 21, 2021 -
Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor
Bzip Archive - 1.5 GB -
MD5: 9b0d387893119e3ca26666b5951ac096
OpenFOAM simulation results: symmetric leading edge camber of 4% at position p = 0.1 |
