The mixed convection phenomenon inside the enclosures included by moving wall has
many applications in industries. This article presents a detailed review on the mixed …

The study of magnetohydrodynamic (MHD) effects in a rectangular lid-driven enclosure
containing a circular hollow cylinder aims at the utilization of nanofluids markedly enhances …

ABSTRACT A computational study has been performed to solve the heat transfer and fluid
flow problem in a triangular enclosure filled with nanofluids. It also has a moving fin in its top …

This article deals with the heat transfer enhancement due to buoyancy force in a partially
heated square enclosure filled with nanofluids. The model is developed to analyse the …

In this study, we numerically investigated steady mixed-convection flow and heat transfer in
a lid-driven cavity filled by micropolar nanofluids with an inside circular cylinder by using the …

Dans cette thèse, une simulation numérique bidimensionnelle a été réalisée pour étudier la
convection mixte dans une cavité remplie de nanofluides où les parois verticales se …

In the present computational study, we have addressed the significance of magneto
hydrodynamics mixed convection heat transfer in a lid-driven cavity for Reynolds number …

In this article, we analyse numerically the heat transfer behaviour of nanofluid due to
buoyancy force inside a two-dimensional partially heated stretchable square cavity filled …

Üçgen bir kavite içerisindeki nanoakışkanların konvektif ısı transferinin sayısal olarak
incelenmesi konusunda bana çalışma fırsatı veren, katkılarıyla bana yol gösteren ve …

Heat transfer enhancement in a two-dimensional inclined lid-driven triangular enclosure
utilizing cu-water nanofluids is investigated for various relevant parameters. A model is …