The rich and complex phenomena of the transport of active particles like microorganisms in
shear flows are of great significance to various biological and environmental applications …

The aim of the proposed scheme is to look at the non-Newtonian Williamson
magnetohydrodynamics (MHD) pulsatile movement of an incompressible nanofluid in the …

Purpose The current mathematical model is developed to scrutinize the consequence of
bioconvective cross diffusion flow of magnetized viscous nanofluid past multiple geometries …

Salient characteristics of activation energy and porous space on unsteady flow of nanofluid
are analyzed. Flow in porous space is characterized with Darcy-Forchheimer relation with …

Mechanisms of active-particle transport in a wetland flow under wind are significant for
understanding various biological and ecological processes associated with wetlands. A …

When motile algal cells are exposed to gyrotactic torques, their swimming directions are
guided to form radial accumulation, well known as hydrodynamic focusing. The origin of …

Dispersion of substances with reactive boundaries is relevant to a wide range of chemical,
biological, and geophysical processes. A supplied crossflow, or equivalently sedimentation …

Active particles often swim in confined environments. The transport mechanisms, especially
the global one as reflected by the Taylor dispersion model, are of great practical interest to …

Thin phytoplankton layers with vertically compressed structures found in stratified lakes and
coastal water bodies have been a hot-spot in marine science and fluid mechanics. Although …

Understanding the transport of micro-organisms in pipes is crucial to many fundamental
problems, such as bioconvection and biodiesel production. In this work, we investigate the …