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 …

Installation of electronic components in a confined space makes the issue of heat transfer
and cooling inside shaped chambers of great importance. Investigation of the entropy …

The effect of chemical reaction and external vertical magnetic field on the onset of the
double diffusive convection in couple stress fluid between infinite horizontal parallel plates …

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 …

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 …

The cooling process of parts in limited spaces is of great interest to researchers due to its
many applications in industries such as electronics. Therefore, achieving the best …

In the present work, the effect of magnetic field, changes in the angle of inclination of the
cavity and the shape of nanoparticles on the flow field and heat transfer of water-alumina …

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 …

Objective: The objective of current study is to discuss the effects of the Soret and Dufour with
radiation absorption, applied heat source and viscous dissipation on an unsteady MHD …

Gotthilf Hagen, a hydraulic and civil engineer, was the first to realize and think about the
transition to turbulence in his study of pipe flow (see Eckert [1]). Almost 30 years later, in …