Briefly, this Challenge aims to test the sensitivity of steady and pulsatile pressure drops as predicted by different CFD solvers or groups, and ultimately against in vitro pressure measurements. The current study focuses on the Phase I of the Challenge. We simulated steady state and pulsatile pressure drops based on the nominal surface geometry and specific inlet flow rates on a giant cerebral aneurysm with proximal stenosis.

Volume Subject Area:
Computational Fluid Dynamics Challenge
Topics:
Computational fluid dynamics, Pressure drop, Aneurysms, Flow (Dynamics), Geometry, Pressure measurement, Steady state
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