MRI-Based Computational Modeling of Flow Through a Flow-Diverting Stent

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acknowledgments addition agreement aims alterations aneurysm aneurysms angiography asses basis biomedical bottom cardiac carried caused causing cerebral channel cine column computational computed conduct confirmed connecting considered constructed continued contrast counter creating cycles denser deployment deposition device differ distal distribution diverted diverting dynamics efficacy eliminated embedded empty ensuring examine extending facilitated finer finite flow fluent fluid formation free generate geometries geometry giant good grant help in vivo indicate induce inertial injection inlet leach leaving lesion longer lumen measured medium melted model modeled modeling models much neck numerical occlusion outlet panel parent part passive patient phantom placement porous post postoperative predictions preoperative prescribed previously printer prior procedural procedure processing published qualitative quickly radiology reconstructing reduced reducing referred residence resistance rotating scalar seeps silicon silicone simulated simulation simulations streamlines struts studies substantially supported taking team therapy thin thrombotic thrombus transport treated treatment tube unsuited validation velocities velocity vessel virtual visualize vitro volume wall washed washout wide