Simulation of Non-Newtonian Emulsion Flows in Microchannels of the lattice Boltzmann equations together with the
immersed boundary method. The influence of the non
Simulation of non-newtonian emulsion flows in microchannels Boltzmann equations together with the
immersed boundary method. The influence of the non
Simulation of Non-Newtonian Emulsion Flows in Microchannels of the lattice Boltzmann equations together with the
immersed boundary method. The influence of the non
Simulation of non-newtonian emulsion flows in microchannels Boltzmann equations together with the
immersed boundary method. The influence of the non
A multiscale model of platelet-fibrin thrombus growth in the flow-adhesive. The interaction of platelets with blood flow is captured using the
Immersed Boundary Method (IBM). We use
Intraplatelet Calcium Signaling Regulates Thrombus Growth under Flow: Insights from a Multiscale Model on thrombus growth. This model utilizes the
immersed boundary method to capture the interplay between