Analysis of Hemodynamic Effect on Different Stent Strut Configuration in Femoral Popliteal Artery during the Physical and Physiological Conditions

Peripheral arterial disease (PAD) is a narrowing of the peripheral arteries that might result in blockage if not immediately treated. Normally, an invasive technique called stenting used at stenosed region to restore normal blood flow. Thus, it promotes formation thrombosis on stented artery due presenting flow recirculation. However, rate growth was reported be different for both genders. This increase body surface area, mass index, and weight body. this study aims investigate effect physiological physical conditions men women with hemodynamic parameters strut configuration FPA. Five stent configurations were modelled inserted into The computational fluid dynamic (CFD) method implemented solve continuity N-S equations. performance analyzed based consisting time- averaged wall shear stress (TAWSS), time-averaged gradient (TAWSSG), oscillatory index (OSI), relative residence time (RRT). According observations, distal FPA had more dominant re-circulation than proximal region. high void area contributed less thrombosis.