RafieeAshkan

Causal Dynamics Pty LtdPerth, Australia

Pinned Repositories

BladeBlockMesh
Create a wind turbine mesh using blockMesh
Language:Python01
phase_VI_FSI
Case for FSI simulation
Language:C++01
pyhyp
pyHyp generates volume meshes from surface meshes using hyperbolic marching.
Language:Fortran00
pytorch-lightning-hydra-mlflow
PyTorch Lightning + Hydra + MLFlow - Deep learning template
Language:Python00
terrainBlockMesher
Tools for OpenFOAM developed at Fraunhofer IWES in Oldenburg, Germany
Language:C01
thesis-FloatingTurbine
Repository containing the simulation setups and libraries from the thesis 'CFD Simulation of a Floating Wind Turbine with OpenFOAM'.
Language:C++01
turbinesFoam
Actuator line modeling extension library for OpenFOAM.
Language:C++01
WindFarmOpenFOAM
This is an OpenFOAM computational fluid dynamics solver code which can be used to model a small offshore wind farm in steady state using actuator disks.
Language:C++01
MaterialDesign
✒7000+ Material Design Icons from the Community
10.9k 181 7.4k719
simpletransformers
Transformers for Information Retrieval, Text Classification, NER, QA, Language Modelling, Language Generation, T5, Multi-Modal, and Conversational AI
Language:Python4k 64 1.1k723

RafieeAshkan/BladeBlockMesh
Create a wind turbine mesh using blockMesh
Language:Python01
RafieeAshkan/phase_VI_FSI
Case for FSI simulation
Language:C++01
RafieeAshkan/pyhyp
pyHyp generates volume meshes from surface meshes using hyperbolic marching.
Language:Fortran00
RafieeAshkan/pytorch-lightning-hydra-mlflow
PyTorch Lightning + Hydra + MLFlow - Deep learning template
Language:Python00
RafieeAshkan/terrainBlockMesher
Tools for OpenFOAM developed at Fraunhofer IWES in Oldenburg, Germany
Language:C01
RafieeAshkan/thesis-FloatingTurbine
Repository containing the simulation setups and libraries from the thesis 'CFD Simulation of a Floating Wind Turbine with OpenFOAM'.
Language:C++01
RafieeAshkan/turbinesFoam
Actuator line modeling extension library for OpenFOAM.
Language:C++01
RafieeAshkan/WindFarmOpenFOAM
This is an OpenFOAM computational fluid dynamics solver code which can be used to model a small offshore wind farm in steady state using actuator disks.
Language:C++01