The impact of hemodynamic factors in a coronary main artery to detect the atherosclerotic severity: Single and multiple sequential stenosis cases
A conventional invasive catheterization procedure is currently used to detect atherosclerotic
severity in coronary arteries. However, it is still challenging to measure multiple consecutive
stenoses (MCS) in coronary main arteries, a severe condition, by using the invasive method.
In this paper, we report important hemodynamic properties such as wall shear stress (WSS)
and velocity magnitude (VM) across different luminal areas of coronary stenosis in patient-
based right coronary artery models of MCS using pulsatile heart flow simulations. The …
severity in coronary arteries. However, it is still challenging to measure multiple consecutive
stenoses (MCS) in coronary main arteries, a severe condition, by using the invasive method.
In this paper, we report important hemodynamic properties such as wall shear stress (WSS)
and velocity magnitude (VM) across different luminal areas of coronary stenosis in patient-
based right coronary artery models of MCS using pulsatile heart flow simulations. The …
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