Cyclorotor

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61 to 70 of 100 Results

DaRUS_Instructions.pdf Jan 12, 2022 - Data for: Create a Fluid-Structure Simulation Framework for Cycloidal Rotors Adobe PDF - 76.3 KB - MD5: e1213e81aaf62355f382d855538c4369 README
installGuidePrandtl.tar.gz Jan 12, 2022 - Data for: Create a Fluid-Structure Simulation Framework for Cycloidal Rotors Gzip Archive - 5.6 MB - MD5: a05ab0ca6832cf0848502d2481f7b6fb Install guide
solidBodyDisplacementLaplacianZoneFvMotionSolver-main.tar.gz Jan 12, 2022 - Data for: Create a Fluid-Structure Simulation Framework for Cycloidal Rotors Gzip Archive - 5.3 KB - MD5: 21baee31bc807196bafe2cecbd5f9920 Code Custom OpenFOAM class to simulate multiple deforming bodies on a chimera background mesh. Copyright (c): Louis Gagnon
LE_0.10-0.040_0.10-0.040.tar.bz2 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 CodeData OpenFOAM simulation results: symmetric leading edge camber of 4% at position p = 0.1
LE_0.30-0.020_0.30-0.020.tar.bz2 Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor Bzip Archive - 1.8 GB - MD5: bc41c94349ca03d9b2b6c99e953486ae CodeData OpenFOAM simulation results: symmetric leading edge camber of 2% at position p = 0.3
LE_0.30-0.020_0.30-0.060.tar.bz2 Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor Bzip Archive - 1.6 GB - MD5: e7b1db39ed8d272ce6c1636c22f657fd CodeData OpenFOAM simulation results: asymmetric leading edge camber with 2% camber at top and 6% camber at bottom, p=0.3
LE_0.30-0.040_0.30-0.040.tar.bz2 Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor Bzip Archive - 1.6 GB - MD5: 01ee7dced42c5933e6363a97bdeb6f70 CodeData OpenFOAM simulation results: symmetric leading edge camber of 4% at position p = 0.3
LE_0.30-0.060_0.30-0.020.tar.bz2 Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor Bzip Archive - 1.6 GB - MD5: 3b180df38b6e10c9bdc5ac8d806cd26a CodeData OpenFOAM simulation results: asymmetric leading edge camber: 6% camber at top and 2% camber at bottom, p=0.3
LE_0.30-0.060_0.30-0.060.tar.bz2 Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor Bzip Archive - 1.6 GB - MD5: 44b2e1dfc7d4249c20895de03d05fceb CodeData OpenFOAM simulation results: symmetric leading edge camber of 6% at position p = 0.3
LE_0.30-0.080_0.30-0.080.tar.bz2 Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor Bzip Archive - 1.8 GB - MD5: 55ec0e48e7dda5a02e5c08586fa363ce CodeData OpenFOAM simulation results: symmetric leading edge camber of 8% at position p = 0.3

DaRUS_Instructions.pdf

Jan 12, 2022 - Data for: Create a Fluid-Structure Simulation Framework for Cycloidal Rotors

Adobe PDF - 76.3 KB -

README

installGuidePrandtl.tar.gz

Jan 12, 2022 - Data for: Create a Fluid-Structure Simulation Framework for Cycloidal Rotors

Gzip Archive - 5.6 MB -

Install guide

solidBodyDisplacementLaplacianZoneFvMotionSolver-main.tar.gz

Jan 12, 2022 - Data for: Create a Fluid-Structure Simulation Framework for Cycloidal Rotors

Gzip Archive - 5.3 KB -

Code

Custom OpenFOAM class to simulate multiple deforming bodies on a chimera background mesh. Copyright (c): Louis Gagnon

LE_0.10-0.040_0.10-0.040.tar.bz2

Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor

Bzip Archive - 1.5 GB -

CodeData

OpenFOAM simulation results: symmetric leading edge camber of 4% at position p = 0.1

LE_0.30-0.020_0.30-0.020.tar.bz2

Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor

Bzip Archive - 1.8 GB -

CodeData

OpenFOAM simulation results: symmetric leading edge camber of 2% at position p = 0.3

LE_0.30-0.020_0.30-0.060.tar.bz2

Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor

Bzip Archive - 1.6 GB -

CodeData

OpenFOAM simulation results: asymmetric leading edge camber with 2% camber at top and 6% camber at bottom, p=0.3

LE_0.30-0.040_0.30-0.040.tar.bz2

Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor

Bzip Archive - 1.6 GB -

CodeData

OpenFOAM simulation results: symmetric leading edge camber of 4% at position p = 0.3

LE_0.30-0.060_0.30-0.020.tar.bz2

Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor

Bzip Archive - 1.6 GB -

CodeData

OpenFOAM simulation results: asymmetric leading edge camber: 6% camber at top and 2% camber at bottom, p=0.3

LE_0.30-0.060_0.30-0.060.tar.bz2

Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor

Bzip Archive - 1.6 GB -

CodeData

OpenFOAM simulation results: symmetric leading edge camber of 6% at position p = 0.3

LE_0.30-0.080_0.30-0.080.tar.bz2

Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor

Bzip Archive - 1.8 GB -

CodeData

OpenFOAM simulation results: symmetric leading edge camber of 8% at position p = 0.3

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