The entropy generation minimization (EGM) technique is an important tool for the
optimization of the thermal systems via the analysis of the associated irreversibilities …

The problem of steady, laminar natural convection in a discretely heated and cooled square
cavity filled by an alumina/water nanofluid with a centered heat-conducting solid block under …

The combined natural heat and mass transfer, the so-called thermosolutal convective
problem, has become an attractive field of research in many diversified areas. In this paper …

In this paper, fluid flow and thermal characteristics associated with natural convection heat
transfer in a porous enclosure containing high temperature heat sources placed on top and …

The mixed convective heat transfer in a two-dimensional enclosure containing ethylene
glycol-water mixture-based MoS 2 nanofluid in the presence of magnetic field and thermal …

Abstract Analysis of natural convection due to various positions of bottom heated fin is
performed in a square cavity that is filled by water-based Single Wall Carbon Nanotubes …

Double-diffusive natural convection with entropy generation in a two-dimensional enclosure
with partial vertical heating and salting sources for an aspect ratio Ar= 4 is investigated in the …

In this paper, we analyze numerically the effects of the inclination angle on natural
convection heat transfer and entropy generation characteristics in a two-dimensional square …

This investigation is devoted to analyze the buoyancy-driven flow behavior and associated
thermal dissipation rate in a nanofluid-filled annular region with five different single source …

The problem of entropy generation analysis and natural convection in a nanofluid square
cavity with a concentric solid insert and different temperature distributions is studied …