In this section
@article{Doorly:2003,
author = {Doorly, DJ and Franke, PT and Papaharilaou, Y and Giordana, S and Sherwin, S and Peiró, J},
journal = {Internal Medicine Clinical and Laboratory},
pages = {3--13},
title = {Measuring and modelling the interaction between the arterial wall and blood flow transport},
volume = {11},
year = {2003}
}
TY - JOUR
AB - This work describes computer simulation and experimental techniques applied in combination to investigate the geometry and haemodynamics of arteries, with particular reference to arterial graft design. The geometry of grafts is determined from in-vivo measurements and from resin casts by magnetic resonance imaging (MRI). Computational fluid dynamics (CFD) simulations are used to investigate the relation between arterial geometry, wall shear stress and particle transport. The use of stereo-lithographic (STL) techniques to supplement conventional MRI in-vivo, and to help to bridge the gap with computational modelling by providing realistic models for experimental investigations is reviewed. Methods to investigate the integrated fluid shear loading of particles, the transport of vasoactive species such as ADP, the residence time and the role of geometry in flow mixing are described. Finally the combined application of CFD, MRI and STL to study the flow in grafts and the effects of disease progression is discussed.
AU - Doorly,DJ
AU - Franke,PT
AU - Papaharilaou,Y
AU - Giordana,S
AU - Sherwin,S
AU - Peiró,J
EP - 13
PY - 2003///
SN - 1590-9271
SP - 3
TI - Measuring and modelling the interaction between the arterial wall and blood flow transport
T2 - Internal Medicine Clinical and Laboratory
VL - 11
ER -