In this numerical study, a two-dimensional double-diffusive convective flow of a hybrid
nanofluid in an inverted T-shaped porous media has been thoroughly investigated. The …

The dynamics of an incompressible, triple-diffusive medium flowing across a linearly
stretched surface are examined in this study, taking into account the effects of radiation …

The present study investigates the magneto-thermal convective process in an oriented
porous wavy-walled geometry filled with Cu–Al 2 O 3/water hybrid nanofluid, which is …

The objective of this article is to assess numerically the effectiveness of using square fins
supported by wavy wings on the performance of inclined heat sink box filled with …

This study investigates the complex thermal-fluid behavior within a tilted porous enclosure
filled with a Cu− Al 2 O 3-water hybrid nanofluid, subject to segmented magnetic fields, wavy …

This research aims to enhance convective thermal transport in an inverted T-shaped porous
enclosure filled with a water-based hybrid nanofluid, incorporating a circular cylinder at …

This analysis is interested in the dynamic flow of incompressible triple diffusive fluid flowing
through a linear stretched surface. The current study simulates when Boussinesq …

Advancements in nanotechnology, particularly the use of nanofluids for heat transfer, have
been receiving significant attention for improving the efficacy of heat transfer in systems that …

The aim of this research is to investigate numerically the efficiency of employing Carbon
Nanotube (CNT)− 50\% Water+ 50\% Ethylene Glycol nanofluid into an inclined box heat …

This study explored the multi-physics effects (chemical reaction, magnetic field, etc.) on
double-diffusion natural convection within an inverted T-shaped porous enclosure saturated …