Mechanical Interaction Between Stent and Arterial Wall - Brand, Moshe
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Many recant studies were performed in order to understand better the catheterizing process, but no research work was conducted such that it would enable to calculate the actual values of the developing stresses at the wall of the artery as a function of geometrical parameters and the properties of the materials of the stent and artery. In this book, analytical and numerical models are formulated in order to calculate the stresses applied to the walls of the artery as a function of the above cited parameters. A "Potential Damage Factor" was formulated, describing these stresses. The ability to…mehr

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Produktbeschreibung
Many recant studies were performed in order to understand better the catheterizing process, but no research work was conducted such that it would enable to calculate the actual values of the developing stresses at the wall of the artery as a function of geometrical parameters and the properties of the materials of the stent and artery. In this book, analytical and numerical models are formulated in order to calculate the stresses applied to the walls of the artery as a function of the above cited parameters. A "Potential Damage Factor" was formulated, describing these stresses. The ability to evaluate the stresses that are formed in the artery, for various types of stents, could help to lessen the number of failures.
Autorenporträt
Moshe Brand received his Ph.D. degree in mechanical and biomedical engineering from Tel- Aviv University, Israel in 2005. Since 2006, he has been at the department of Mechanical and Mechatronics Engineering at Ariel University, Israel. His research interests focus on biomechanics, vascular stent implants, vascular remodeling and human movements.