Methods presented in this dissertation were designed to evaluate primary and secondary
hemostasis under static and fluid shear conditions. This chapter presents two label-free …

Human blood is a mixture of plasma and of globular elements having individual and
collective behaviors. Red blood cells (RBC), which represent the principal of these …

En este trabajo de tesis se usa el método híbrido Lattice–Boltzmann–Elementos Finitos–
Frontera Inmersa para hacer varias simulaciones de glóbulos rojos (GR) en el flujo en los …

The objective of this work was to develop a computational model that could accurately
predict blood flow in skeletal muscle arteriolar trees in the absence of complete boundary …

Цереброваскулярные заболевания представляют собой широкий спектр состояний,
характеризующихся нарушением кровоснабжения ткани мозга и связанным с этим …

In small vessels blood is usually treated as a Newtonian fluid down to diameters of about
200 µm. We investigate the flow of red blood cell (RBC) suspensions driven through small …

Biological fluid dynamics is arguably one of the most active, visible, and exciting areas of
fluid dynamics research today, with studies in areas ranging from the human cardiovascular …

Endothelial cells form the inner lining of blood vessels and regulate key blood vessel
functions including host defense reactions, vascular smooth muscle tone, angiogenesis, and …

Vasoactivity, an important aspect of tissue healing, is often compromised in disease and
tissue injury. Dysfunction in the smaller vasoactive arteries is most impactful, given the role …

Background: In carrying out their role of free radical scavenging, erythrocytes become
damaged due to oxidation of membrane lipids and proteins. Such damage changes the …