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• W2549102020 endingPage "165" @default.
• W2549102020 startingPage "158" @default.
• W2549102020 abstract "Aortic arch aneurysm is a complex pathology which requires coverage of one or more aortic arch vessels. In this study we explore the hemodynamic behavior of the aortic arch in aneurysmatic and treated cases with three currently available treatment approaches: Surgery Graft, hybrid Stent-Graft and chimney Stent Graft. The analysis included four models of the time-dependent fluid domains of aneurysmatic arch and of the surgery, hybrid and chimney endovascular techniques. Dimensions of the models are based on typical anatomy, and boundary conditions are based on typical physiological flow. The simulations used computational fluid dynamics (CFD) methods to delineate the time-dependent flow dynamics in the four geometric models. Results of velocity vectors, flow patterns, blood pressure and wall shear stress distributions are presented. The results delineate disturbed and recirculating flow in the aortic arch aneurysm accompanied with low wall shear stress and velocities, compared to a uniformly directed flow and nominal wall shear stress (WSS) in the model of Surgery graft. Out of the two endograft procedures, the hybrid procedure clearly exhibits better hemodynamic performances over the chimney model, with lower WSS, lower pressure drop and less disturbed and vortical flow regions. Although the chimney procedure requires less manufacturing time and cost, it is associated with higher risk rates, and therefore, it is recommended only for emergency cases. This study may shed light on the hemodynamic factors for these complications and provide insight into ways to improve the procedure." @default.
• W2549102020 created "2016-11-30" @default.
• W2549102020 creator A5056479824 @default.
• W2549102020 creator A5074636795 @default.
• W2549102020 date "2017-01-01" @default.
• W2549102020 modified "2023-10-04" @default.
• W2549102020 title "Approaches for treatment of aortic arch aneurysm, a numerical study" @default.
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• W2549102020 cites W1967994349 @default.
• W2549102020 cites W1972505984 @default.
• W2549102020 cites W1973851102 @default.
• W2549102020 cites W1974933328 @default.
• W2549102020 cites W1976316493 @default.
• W2549102020 cites W1978751495 @default.
• W2549102020 cites W1979277403 @default.
• W2549102020 cites W1987050857 @default.
• W2549102020 cites W1987408582 @default.
• W2549102020 cites W1992426907 @default.
• W2549102020 cites W1993711715 @default.
• W2549102020 cites W2003708032 @default.
• W2549102020 cites W2004149336 @default.
• W2549102020 cites W2004459497 @default.
• W2549102020 cites W2006728969 @default.
• W2549102020 cites W2008081484 @default.
• W2549102020 cites W2017344831 @default.
• W2549102020 cites W2017393239 @default.
• W2549102020 cites W2022863065 @default.
• W2549102020 cites W2023521223 @default.
• W2549102020 cites W2026670880 @default.
• W2549102020 cites W2028789435 @default.
• W2549102020 cites W2029558300 @default.
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• W2549102020 cites W2034534455 @default.
• W2549102020 cites W2036738281 @default.
• W2549102020 cites W2043173657 @default.
• W2549102020 cites W2048394596 @default.
• W2549102020 cites W2050517505 @default.
• W2549102020 cites W2060123625 @default.
• W2549102020 cites W2060135070 @default.
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• W2549102020 cites W2062949581 @default.
• W2549102020 cites W2064906466 @default.
• W2549102020 cites W2067755305 @default.
• W2549102020 cites W2067990064 @default.
• W2549102020 cites W2068639580 @default.
• W2549102020 cites W2075078883 @default.
• W2549102020 cites W2075367965 @default.
• W2549102020 cites W2079346805 @default.
• W2549102020 cites W2087445233 @default.
• W2549102020 cites W2087846677 @default.
• W2549102020 cites W2091399349 @default.
• W2549102020 cites W2092600771 @default.
• W2549102020 cites W2094295240 @default.
• W2549102020 cites W2095721160 @default.
• W2549102020 cites W2099868609 @default.
• W2549102020 cites W2102350019 @default.
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• W2549102020 cites W2114430713 @default.
• W2549102020 cites W2117766824 @default.
• W2549102020 cites W2125323373 @default.
• W2549102020 cites W2128880476 @default.
• W2549102020 cites W2137502064 @default.
• W2549102020 cites W2138653930 @default.
• W2549102020 cites W2150607214 @default.
• W2549102020 cites W2152055595 @default.
• W2549102020 cites W2155026635 @default.
• W2549102020 cites W2168345675 @default.
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• W2549102020 cites W2462515586 @default.
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• W2549102020 doi "https://doi.org/10.1016/j.jbiomech.2016.11.038" @default.
• W2549102020 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27876371" @default.
• W2549102020 hasPublicationYear "2017" @default.
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