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A Bayesian Framework for Physiologically-Based Modeling of Flutter-Induced Aneurysm Progression

2026-02-11 cardiovascular medicine Title + abstract only
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Current clinical risk stratification for thoracic aortic aneurysms (TAA) relies primarily on maximum diameter, which is a poor predictor of rupture. Recent fluid-structure interaction studies have identified a dimensionless "flutter instability parameter" (N{omega} ) that accurately classifies abnormal aortic growth. However, this parameter currently serves as a static diagnostic snapshot. In this work, we propose a proof-of-concept computational framework that links flutter instability to micro...

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