This article explains the effect of magnetite nanofluid taking into account water as the base
fluid, over a rotating disk in the presence of external magnetic field. The governing boundary …

Using hybrid nanoparticles to improve thermal processes is a critical method with
implications for a wide range of interventions used in many industries. The Eyring–Powell …

The current research study focuses on the modelling for heat transfer and fluid flow over an
inclined moving surface (Sakiadis flow) under the impact of variable density, thermal …

Understanding the behaviour of temperature dependent viscosity thin film flows on a
vertically upward moving heated belt is crucial for improving predictive models in various …

The fractional derivative (FD) and memory-dependent derivative (MDD) are efficient
methods to predict the transient thermal responses. In the present paper, for the first time, the …

This numerical study investigates the enhancement of heat transfer and pressure drop
characteristics in rectangular channels with transverse corrugations and longitudinal winglet …

Fluid‐containing nanoparticle research is well‐known for its heat transmission properties
due to real‐world applications in various thermal systems. This demonstration shows how …

This article intends to explore the onset of free convection flow of silver nanofluid in an
enclosed square cavity filled with saturated porous medium bounded by adiabatic horizontal …

This investigation attempts to address heat and mass transfer behavior exhibited by a steady
fully developed natural convective flow of a viscous, incompressible, and electrically …

The current work concentrates on increasing the thermal and solutal performance in
exponentially accelerating vertical surfaces via the utilization of nanofluids containing the …