دانلود کتاب جریان بیولوژیکی در رگ های بزرگ

At the 44th Annual Congress of the French Society of Biomechanics held in Poitiers in 2019, a thematic session was proposed on the state of the art of biomechanical modeling applied to blood flow in large vessels, as well as on the associated in vivo experiments based on experimental data from medical imaging. During this session, organized jointly with the “MEChAnics of BIOlogical materials and fluids” (MecaBio, CNRS) research group, particular focus was placed on the benefit of interactions between the clinical and biomechanical teams, and the indispensable dialog between numerical modeling and in vitro and in vivo experimental studies. This book, which has grown from the presentations made at this thematic session, deals more specifically with numerical modeling in fluid and solid mechanics applied to biological systems. It provides some answers to the question of the benefit of combining medical and biomechanical knowledge to treat clinical issues. Theoretical and numerical modelings applied to biological systems aim to link together dynamic, biological or mechanical variables, which may or may not be accessible to experimental measurements (velocities, stresses or pressures, for example). These variables, which are used to build a theory, a model and then its numerical counterpart, are based on hypotheses and therefore require experimental verification in the form of comparison and validation with existing in vitro or in vivo data. The numerical model can then be used for predictive calculations.