… For the above-mentioned reasons, in this paper an alternative mesoscale approach is
proposed. The model is based on the HP law that is enriched with nonlocal forces mutually …

… ) blood flow model is adopted to supervise the expensive mesoscopic simulator as it predicts
vessel blood flow … massive Lagrangian simulations of blood flow at mesoscale to zebrafish …

… ) are commonly used to simulate blood flow regimes for which … the mechanical properties
of the mesoscale vessels. … , and pulse propagation speed in small vessels is observed to be …

… In this paper, the first two scales of modelling blood thrombosis … Modelling of blood flow in
a meso-scale enables to obtain … a vessel or puncturing of a vessel sidewall and the blood flow …

… largest vessels in this volume, the main hierarchy of the vessel … model is the fact that only
mesoscale data are required to … the new hybrid model for blood flow with transport models for …

… blood flow and oxygen transfer from the microvasculature to the tissue microenvironment.
Figure 2 illustrates the modelling … ’s model we choose the length of the vessel d equal to \(5 \…

… perfusion by blood-flow modeling in the resulting network with 1.7 millions of vessels, and 3)
… the presence of which highly suggests a meso-scale organization that we next investigated. …

… for blood flow. Two separate scales are considered in this study, a Macro-scale, which models
whole blood as … the HMM model for blood flow in a 3D straight vessel. Validation to known …

… Many numerical studies of blood flow impose a rigid wall assumption due to the simplicity
of … the effects of elastic walls into blood flow simulations using the lattice Boltzmann method …

… vessels such as arteries (see Videos S1 and S2). Similarly, the vessel diameter in which the
blood flows … flow rate as a fraction of the flow rate in a daughter vessel Q i and the mother …