Understanding the impact of hybrid nanofluids (NF) on natural convection (NC) within
complex enclosures can significantly advance the efficiency of heat transfer (HT) …

The effect of aspect ratio and baffle shape on natural convection patterns in a U-shaped
cavity filled with CuO water-based nanofluid is examined in detail, with a T-shaped baffle …

This study focuses on the numerical investigation and optimization of the heat-fluid transfer
process within a novel cavity containing a ternary nanofluid (Cu–MgO–ZnO/water) …

Motivated by the applications of ferrofluids in electronic devices, spacecraft, and rotating
shaft sealing in hard disks, etc.; a numerical study is characterized for unsteady Von-Karman …

Embedding a skeleton in an organic phase change material changes its heat transfer
properties. The melting process of a composite phase change material embedded …

The behavior of hybrid nanofluid (HNF) based on SAE40 oil has been investigated using
response surface methodology (RSM) in this study. Laboratory conditions in this study are …

Heat transport in porous media, especially in a bidisperse porous matrix, has recently
received considerable attention due to its diverse real-life applications in applied science …

In order to study the influence of the nature of the mining airspace on the natural convection
heat transfer in the unventilated working face, we establish a numerical model of natural …

The present article provides a three‐dimensional numerical investigation of thermal
convection and entropy generation. The lattice Boltzmann method, coupled with the finite …

Purpose—This study aims to perform an in-depth analysis of double-diffusive natural
convection (DDNC) in an irregularly shaped porous cavity. We investigate the convective …