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Voxeliser and Simulation Code for "Uncertainty Quantification of the Impact o...
These are the original codes of the voxeliser (HemePure_tools) and fluid flow solver (HemePure) used to perform the blood flow simulations described in the paper titled... -
Campaigns of Uncertainty Quantification
This item contains the campaigns of the uncertainty quantification described in the paper titled "Uncertainty Quantification of the Impact of Peripheral Arterial Disease on... -
Supplementary Text for "Uncertainty Quantification of the Impact of Periphera...
This is supplementary text of the paper titled "Uncertainty Quantification of the Impact of Peripheral Arterial Disease on Abdominal Aortic Aneurysms in Blood Flow Simulations"... -
Supplementary Code for "Uncertainty Quantification of the Impact of Periphera...
This is supplementary code of the paper titled "Uncertainty Quantification of the Impact of Peripheral Arterial Disease on Abdominal Aortic Aneurysms in Blood Flow Simulations"... -
Arterial Model and Simulation Domain
This item contains the arterial model and the simulation domain for the blood flow simulations performed in the paper titled "Uncertainty Quantification of the Impact of... -
STL Cylinder Geometries for HemeLB Simulations
These cylinder geometries are used to verify models in HemeLB. They have cross-sections approximated by 128 edges and feature radius-to-length ratios of 1:10 for cylinder.stl... -
Processing Tools for Verifying the Yang Pressure Boundary Condition in HemeLB
This release provides the preprocessing and postprocessing scripts used to verify the Yang pressure boundary condition implemented in HemeLB. The scripts are designed to support... -
Simulation and Analysis Data for Verifying the Yang Pressure Boundary Conditi...
This dataset provides the simulation and analysis data for verifying the Yang pressure boundary condition in HemeLB (git commit hash: ad16f548817c939e9a9e9412a6dd715309161e46).... -
Complete Simulation and Analysis Data for Coupled Alya-HemeLB Model
This dataset provides complete simulation and analysis data for the coupled Alya-HemeLB model described in the paper titled "A Multi-Component, Multi-Physics Computational Model... -
STL Thoracic Aorta Geometry for HemeLB Simulations
This thoracic aorta geometry is used as a domain of the HemeLB simulations in the paper titled "A Multi-Component, Multi-Physics Computational Model for Solving Coupled Cardiac...
