[HTML][HTML] Numerical simulation with sensitivity analysis of MHD natural convection using Cu-TiO2-H2O hybrid nanofluids
In this study, a magnetohydrodynamics natural convective numerical investigation about
fluid flow and heat transfer is completed in a closed cavity. Due to vast real life applications …
fluid flow and heat transfer is completed in a closed cavity. Due to vast real life applications …
Heat generation/absorption effect on natural convective heat transfer in a wavy triangular cavity filled with nanofluid
This study is numerically executed to investigate the influence of heat generation or
absorption on free convective flow and temperature transport within a wavy triangular …
absorption on free convective flow and temperature transport within a wavy triangular …
Simulation of CuO-water nanofluid natural convection in a U-shaped enclosure with a T-shaped baffle
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 …
cavity filled with CuO water-based nanofluid is examined in detail, with a T-shaped baffle …
[HTML][HTML] Aspect ratio's critical role in enhancing natural convective heat transfer with temperature-dependent nanofluids within rectangular enclosures
M Kaddiri - International Journal of Thermofluids, 2023 - Elsevier
Significant research has been performed on natural convection involving nanofluids inside
rectangular enclosures since they are extensively used in thermal engineering. However, a …
rectangular enclosures since they are extensively used in thermal engineering. However, a …
Numerical investigation of MHD mixed convection in an octagonal heat exchanger containing hybrid nanofluid
Nowadays, the advancement of heat transmission for the heat exchanger device is an
important field of research for many researchers. In this work, a numerical study has been …
important field of research for many researchers. In this work, a numerical study has been …
[HTML][HTML] A numerical investigation on forced convection heat and mass transfer performance in a right triangular cavity
The objective of this numerical study is to examine how different Reynolds numbers impact
heat and mass transfer in an unsteady forced convective two-dimensional flow within a right …
heat and mass transfer in an unsteady forced convective two-dimensional flow within a right …
Numerical analysis of NE-phase change material and water mixture in a chamfered cavity with flexible fin
This study investigates the coupled effects of flexible fin dynamics and nano-encapsulated
phase change material (NEPCM) behavior in a chamfered cavity, addressing critical …
phase change material (NEPCM) behavior in a chamfered cavity, addressing critical …
[HTML][HTML] A comprehensive numerical analysis of heat transfer enhancement in NEPCM-water mixtures using oscillating fin and oriented magnetic fields
This study investigates heat transfer in a square cavity filled with nano-encapsulated phase
change material (NEPCM) and water, featuring a flexible oscillating fin and subjected to an …
change material (NEPCM) and water, featuring a flexible oscillating fin and subjected to an …
[HTML][HTML] Computational investigation of cross flow heat exchanger: A study for performance enhancement using spherical dimples on fin surface
Performance improvement of a heat exchanger is a vast topic for research work right now.
This paper presents a numerical analysis of cross flow heat exchanger using CFD software …
This paper presents a numerical analysis of cross flow heat exchanger using CFD software …
[HTML][HTML] Unlocking heat transfer potential in multi-sided porous geometries: A study on magnetothermal effects and entropy generation
This study investigates heat transfer efficiency and irreversibility generation in multi-sided
porous thermal systems filled with a Cu-Al 2 O 3-water hybrid nanofluid. The research …
porous thermal systems filled with a Cu-Al 2 O 3-water hybrid nanofluid. The research …