Suspensions with deformable solid inclusions have both scientific and industrial interest.
Examples include microgel particle suspensions, biological fluids, and filled polymers. Due …

Knowledge of the transport and retention behaviors of soft deformable particles on the
microscale is essential for the design, evaluation, and application of engineered particle …

Deformation of biological cells, tissues, and similar soft materials is often considered linearly
elastic; however, the assumption is only valid in a very limited stress range and often leads …

Protein-based materials are a powerful instrument for a new generation of biological
materials, with many chemical and mechanical capabilities. Through the manipulation of …

Magnetic nanogels (MNG)–soft colloids made of polymer matrix with embedded in it
magnetic nanoparticles (MNPs)–are promising magneto-controllable drug carriers. In order …

The manipulation and control of microparticles through non-intrusive methods is pivotal in
biomedical applications such as cell sorting and cell focusing. Although several …

The fate and transport of microfilaments in complex structured porous systems are largely
affected by the geometry of the irregular pore space in these media. Local features of fluid …

Suspensions with deformable solid inclusions have both scientific and industrial interest.
Examples include microgel particles' suspensions, biological fluids, and filled polymers. Due …

Spectral detection of light transmission through capillaries filled with a fluid sample is a
powerful solution for evaluating its composition. In this work, we present an optical method to …

We present a dissipative particle dynamics (DPD) study of the deformation of capsules in
microchannels. The strain in the membrane during this deformation causes the formation of …