In reduced-order 1D-2D coronary CFD, irregular stenoses yield lower FFR and iFR and higher pressure drops than smooth stenoses at equal severity across all tested rheology models.
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Investigating the Impact of Arterial Irregularity On Clinical Parameters Using Reduced Order CFD Models In Stenosed Coronary Artery
In reduced-order 1D-2D coronary CFD, irregular stenoses yield lower FFR and iFR and higher pressure drops than smooth stenoses at equal severity across all tested rheology models.