Transport of deformable particles in a honeycomb network is studied numerically. It is shown
that the particle deformability has a strong impact on their distribution in the network. For …

Dynamics and rheology of a confined suspension of vesicles (a model for red blood cells)
are studied numerically in two dimensions by using an immersed boundary lattice …

We discuss two topics that we have encountered in our lattice-Boltzmann simulations of
complex fluids: the sizes of droplets in particle-stabilised emulsions and deformable …

We investigate the rheology of strain-hardening spherical capsules, from the dilute to the
concentrated regime under a confined shear flow using three-dimensional numerical …

The dynamics and rheology of a vesicle confined in a channel under shear flow are studied
at finite temperature. The effect of finite temperature on vesicle motion and system viscosity …

We study the rheology of confined suspensions of neutrally buoyant rigid monodisperse
spheres in plane-Couette flow using direct numerical simulations. We find that if the width of …

I have developed an alternative numerical approach to study mass transfer from a stationary
core-shell reservoir under channel flow conditions. I use the lattice Boltzmann method to …

I propose two-dimensional simulations of drug release from a liposome into the
bloodstream. I perform the fluid-structure coupling, between the particles deformation (the …

Homeostasis plays a critical role in maintaining the delicate balance between preventing
excessive bleeding and enabling clot formation during injuries. One pivotal aspect of …

The morphological properties of red blood cells, such as size and shape, play a crucial role
in determining their flow properties. A typical abnormal shape can be found in several blood …