Accurate modeling of gas microflow is crucial for the microfluidic devices in MEMS. Gas
microflows through these devices are often in the slip and transition flow regimes …

Due to its low NO x emission index, the micromix burner technology is a promising
alternative for using hydrogen in combustion. Various universities and research centers in …

Microscale fluid dynamics has received intensive interest due to the emergence of Micro-
Electro-Mechanical Systems (MEMS) technology. When the mean free path of the gas is …

From the earliest of times, Man has sought to replicate ideas that have evolved naturally in
plants and animals. Understanding and extracting these “natural” design strategies has …

We investigate the linear instability of a fully developed pressure-driven flow of an
electrically conducting fluid in a porous channel using the Brinkman-Darcy model and the …

We study a model for Poiseuille flow instability in a porous medium of Brinkman type. In
particular, we analyse the effect of slip boundary conditions on the onset of instability. Due to …

A model for double-diffusive convection in a heterogeneous porous layer with a constant
throughflow is explored, with penetrative convection being simulated via an internal heat …

In the present study, a compact analytical model is developed to determine the pressure
drop of fully-developed, incompressible, and constant properties slip-flow through arbitrary …

A comparative study between computational and experimental results for pressure-driven
binary gas flows through long microchannels is performed. The theoretical formulation is …

The characteristics of a gaseous flow of nitrogen in commercial stainless steel microtubes for
gas chromatography having a nominal inner diameter of 762, 508, 254 and 127μm are …