Density stratification due to temperature or salinity variations greatly influences the flow
around and the sedimentation of objects such as particles, drops, bubbles, and small …

Present research evaluates a wide range of methods to boost the performance of
microchannel via ANN & lattice Boltzmann method (LBM). Hence Artificial Nueral Network …

The injection is one of the main factors to improve the heat transfer in the macro and
microscale devices, especially in microchannels. The present research focuses on the …

Interaction dynamics of rigid/deformable particles are included in a wide range of industrial
and scientific approaches. The description of the binary collision of particles is required to …

Sedimenting particles and motile organisms are ubiquitously found in oceans and lakes,
where density stratification naturally occurs due to temperature or salinity gradients. We …

In the case of fluid flow with a low Reynolds number, the internal fluid stratification can be
easily observed after droplet coalescence, impeding rapid mixing of fluid. In this study, the …

In the present paper, the heat transfer of slug flow in rectangular microchannels is studied
numerically. The Al 2 O 3-water nanofluid with the volume fraction of 1% is used as a …

The coalescence and interaction of two inline bubbles in viscous ambient liquids are
explored using axisymmetric computations. The incompressible Navier–Stokes equations …

This paper investigates the turbulent flow of nanofluid (NFs) in which boehmite-alumina
nanoparticles with different shapes of platelet, brick, blade, and cylinder suspended in a …

We consider a drop of constant density and uniform interfacial tension rising in a linearly
density stratified fluid. In the limits of weak inertia and stratification effects, we calculate the …