This paper presents a numerical model to predict the erythrocyte deformation and motion in
a symmetric diverging and converging bifurcation of a microchannel. Membrane mechanics …

Numerical simulations of the motion of red blood cells (RBCs) freely suspended in shear
flow have been successfully performed to investigate the nature of pairwise interception of …

Understanding blood flow is essential in diagnosing and treating health problems related to
blood flow, such as formation of stenosis and blood vessel blockages. Blood contains Red …

This paper reports a perspective investigation of computational modelling of blood fluid in
microchannel devices as a preparation for future research on fluid-structure interaction (FSI) …

Tumor blood vessels are structurally abnormal and functionally inefficient, resulting in
incomplete perfusion of tumor vessel networks and nonuniform delivery of …

In in-vivo vascular imaging, we try to shed light on a very complex, yet unknown vascular
network. Impressive mappings of tissue vasculature are achieved using Ultrasound …

The three-dimensional parallel code is developed for the lattice Boltzmann method. It is to
simulate multiphase flows containing particles. The code is the combination of the two …

It has been widely acknowledged that further understanding about the dynamics between
blood cells and blood flow can help us gain more knowledge about the causes of diseases …

This article deals with artificial boundaries which you encounter when a large spatial domain
is confined to a smaller computational domain. Such an artificial boundary condition should …

When using a lattice Boltzmann method on an unbounded (or very large) domain one has to
confine this spatial domain to a computational domain. This is realized by introducing so …