In this study, we propose a methodology which evaluates the alterations in the arterial environment caused by stent deployment. A finite element model of a ...
Abstract—Endovascular stent deployment is a mechanical procedure used to rehabilitate a diseased arterial segment by restoring blood flow in occluded ...
In this study, we propose a methodology which evaluates the alterations in the arterial environment caused by stent deployment. A finite element model of a ...
May 24, 2019 · To investigate the correlations between the three-dimensional (3D) parameters of target coronary artery segments and restenosis after stent ...
Apr 2, 2024 · Given a stent design, the deformed shape of the stent and possible areas of the artery injury were presented. The fact that the distal end of ...
Oct 22, 2020 · Our technique can also provide the basis for finite element analysis and patient-specific computational simulations of bifurcation stenting.
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3-Dimensional geometry of the coronary artery often changes due to stent implantation, and in the intervened coronary segment the change of the spatial ...
(2021) developed a FEA of stent implantation in human femoral arteries obtained from imaging and highlighted the greater influence of geometric features ...
In this work, the deployment of a self-expanding stent in a stenosed artery was evaluated through finite element analysis. The three-layered structure of ...
Missing: reconstructed segment.
... stents in the bile duct were compared and used the finite element method. ... 3-dimensional (3D) reconstructed arteries. For quantitative calculation, the ...