2023
DOI: 10.1177/09544119231200367
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Fluid-structure interaction and structural simulation of high acceleration effects on surgical repaired human mitral valve biomechanics

Omid Khalili,
Masoud Asgari

Abstract: Mitral valve dynamics depend on force stability in the mitral leaflets, the mitral annulus, the chordae tendineae, and the papillary muscles. In chordal rupture conditions, the proper function of the valve disrupts, causing mitral regurgitation, the most prevalent valvular disease. In this study, Structural and FSI frameworks were employed to study valve dynamics in healthy, pathologic, and repaired states. Anisotropic, non-linear, hyper-elastic material properties applied to tissues of the valve while the fir… Show more

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