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Suncica Canic on Muck Rack

Suncica Canic

As seen in: BioRxiv, Texas Medical Center
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Articles

"Mechanical Behavior of Fully Expanded Commercially Available Endovascu" by Josip Tambaca, Suncica Canic et al.

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By Suncica Canic, Mate Kosor, R David Fish, Josip Tambaca
| Texas Medical Center
The mechanical behavior of endovascular coronary stents influences their therapeutic efficacy. Through computational studies, researchers can analyze device performance and improve designs. We developed a 1-dimensional finite element method, net-based algorithm and used it to analyze the effects of radial loading and bending in commercially available stents. Our computational study included designs modeled on the Express, Cypher, Xience, and Palmaz stents.
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A Computational Algorithm for Optimal Design of Bioartificial Organ Scaffold Architectures

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By Yifan Wang Verified, Notre Dame, Suncica Canic, Boris Muha
| BioRxiv
Abstract We develop a computational algorithm based on a diffuse interface approach to study the design of bioartificial organ scaffold architectures. These scaffolds, composed of poroelastic hydrogels housing transplanted cells, are linked to the patient's blood circulation via an anastomosis graft.
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