The aim of this study is to investigate the effect of barrier temperature on hybrid nanofluid
MHD mixed convection via LBM. The shape of the evaluated chamber is trapezoidal …

The amount of entropy generated during the conjugate heat transfer of a non-Newtonian
fluid regarding to natural convection within a two-dimensional cavity under the influence of a …

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

A nanofluid flow under the influence of magnetic field with heat generation/absorption is
considered in the cooling of electronic systems, nuclear reactors and physical phenomena …

The goal of this appraisement is to depict the effectiveness of active and passive methods on
the amount of heat transfer and production entropy. For this purpose, the combined …

Investigating the effect of the strength, type and angle of the magnetic field applied on the
amount of entropy generation caused by the heat transfer of non-Newtonian fluid under the …

The aim of this present work assesses heat transfer and entropy generation arising from free
convection of power-law fluids in a trapezoidal chamber under the effect of uniform and non …

Existing simulation via lattice Boltzmann method explores to find the conditions during which
it is possible to control and manage the amount of heat transfer and entropy production via …

The purpose of this paper is to investigate the heat transfer and entropy generated due to
mixed convection of hybrid nanofluid inside the lid-driven semi-oval chamber. The magnetic …

The assessment of convection heat transfer inside closed chambers has various
applications, such as cooling electronic equipment, designing solar collectors, and building …