Over the years, the lattice Boltzmann method (LBM) has been evolved as a substitute and
efficient numerical tool to mimic the single/multiphase fluid flow and transport problems. LBM …

Thermal enhancement of engine oil plays an important role in a variety of industrial
applications including heat exchangers, automotive cooling systems, renewable energy …

A numerical study is conducted to evaluate the flow, heat exchange and irreversibilities of
micro-polar Al 2 O 3-water nanofluid during the thermal buoyancy convection engendered …

Double diffusive flow in a cavity has attracted lots of attention due to its importance in many
engineering fields such as ocean circulation, crystal growth, pollution transportation in air …

In the present study, the boundary layer free convective unsteady flow of an incompressible
micropolar fluid under a uniform magnetic field is considered with thermal radiation in …

Domestic stack is considered to investigate the double‐diffusive laminar natural convection.
The working fluid is a gaseous mixture that has similar physical properties to carbon dioxide …

The present investigation deals with the study of steady laminar natural convective flow and
heat transfer of micropolar fluids in a trapezoidal cavity. The bottom wall of the cavity is kept …

Natural convection of micropolar fluid in a square cavity with uniform and nonuniform heated
thin plate built in horizontally or vertically is investigated numerically. The non-uniform …

This investigation is concerned with natural convection within a porous enclosure occupied
by Cu-water micropolar nanofluid at the presence of the heat generated in both solid and …

The heat and mass transfer characteristics of a micropolar nanofluid-filled cubic cavity are
investigated with different types of nanoparticles (Al2O3, TiO2, Cu and Ag). Pure water is …