Accurate and Reliable CFD Analysis of Aneurysm
GridPro meshes enable fast, efficient, and precise aneurysm computations for 3D fluid analysis.
Medical Researchers On Aneurysm Have To:
- Model and analyze blood flow patterns within aneurysms.
- Understand factors influencing aneurysm - initiation, growth, and rupture.
- Quantify shear stress along vessel walls to identify potential rupture risk.
- Assess abnormal pressure gradients contributing to aneurysm formation.
- Estimate aneurysm rupture risk based on hemodynamic data and patient-specific geometries.
- Optimize treatment strategies (e.g., coiling, stent placement) by analyzing their impact on hemodynamics.
- Develop personalized models for tailored treatment plans based on individual anatomy and hemodynamics.
GridPro Benefits
Efficient resolution
Flow-aligned block layout enables efficient resolution of flow features.
Easy accommodation
Flexible, loose topology facilitates easy accommodation to changes in the geometry.
Accuracy and stability
Robust boundary layer clustering enforces cell orthogonality, ensuring solver stability and accuracy.
Refinement Tools
Local refinement tools like enrichment, and nesting, provide better control over grid refinement.
Specialized GridPro Tools for Meshing Aneurysm
- Enrichment – for local refinement of flow physics such as flow separation, recirculation zones, etc.
- Nesting – Another tool for local refinement of prominent flow features such as flow separation, and recirculation zones.
- BL clustering – for fully resolving the boundary layer region adjacent to the wall for viscous simulations.
- Single
topology – The
single topology of GridPro is flexible to accommodate multiple
aneurysm geometries.
