Natural convection in an enclosure (internal convection) is an important problem due to its
significant practical applications. In energy related applications, natural convection plays a …

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 present work analyses magnetohydrodynamic natural convection heat transfer and
entropy generation in rhombic enclosures filled with Cu-water nanofluids. Numerical …

The natural convection of heat transfer is presented numerically using a temperature
gradient from the hot inner corrugated cylinder. Different inner corrugated numbers located …

The present work exhaustively examines natural convection in complex enclosure forms
such as trapezoidal, rhombic (parallelogrammic), elliptical and wavy geometries, taking into …

This extensive review aims to provide a thorough understanding of entropy generation
(Egen) in confined conduits, or enclosures, by examining a vast array of peer-reviewed …

The entropy generation for steady mixed convection due to a concentric isothermal rotating
circular cylinder within a square enclosure is numerically investigated using a local radial …

Flow structure is an essential aspect for the intensity of natural convective heat transfer in
enclosures. Improvements in the enclosure geometry affecting the flow structure can …

The paper presents a numerical study of the magnetohydrodynamic natural convection heat
transfer of a heated block situated on the bottom wall of an enclosure filled with nanofluids …

Energy flux analysis of power-law fluid is a novel contribution to recent developments in
computational fluid dynamics. The study of the unsteady two-dimensional flow with double …