Titlebook: Visualization and Simulation of Complex Flows in Biomedical Engineering; Rui Lima,Yohsuke Imai,Mónica S. N. Oliveira Book 2014 Springer Sc

Corral

A Survey of Quantitative Descriptors of Arterial Flows,ological events. In this work, a survey of the currently adopted methods to characterize blood flow structures in arteries is presented and open questions (1) on their clinical utility and (2) on the inherent limitations in their in silico and in vivo application are discussed.

cavity

,Fluid–Structure Interaction Modeling of Patient-Specific Cerebral Aneurysms,arterial-surface extraction and boundary condition techniques. We show, with results from earlier computations, how these techniques work. We also describe the arterial FSI techniques developed and implemented recently by the T★AFSM and present a sample from a wide set of patient-specific cerebral-a

陪审团每个人

南极

DECRY

Computational Simulation of NO/O2 Transport in Arterioles: Role of Cell-Free Layer, varying sophistication to describe the gas transport in arterioles. In brief, early theoretical studies introduced numerical models capable of predicting only the NO transport in arterioles. Subsequent studies improved upon this methodology by developing transport models that simulate the interacti

LANCE

Flow-Induced Deformation of a Capsule in Unbounded Stokes Flow,mple shear flow. Especially, we analyze the dynamics of a non-spherical capsule in shear. In the absence of inertia effect of fluid motions, a boundary element method is used to compute the internal and external Stokes flow. The results show that the orientation of a non-spherical capsule is variant

EXULT

Image Processing in the Tracking and Analysis of Red Blood Cell Motion in Micro-Circulation Experimr-line. RBCs are tracked throughout a digital video sequence and analysed in terms of shape and deformation index at different time frames. Results show that under strong flows, RBC present an extremely deformable behaviour. RBC tracking and image processing techniques are implemented and analysed.

Aids209

intricacy

Three-Dimensional Simulations of Ciliary Flow,thod to simulate realistic experiments, such as how the localized reversal of the cilia stroke induced by the photorelease of caged calcium ions destabilizes the metachronal wave and how it can be reestablished. We also study fluid transport along the substrate and conclude that there exists an opti

外表读作