Abstract Double diffusive, Magnetohydrodynamics (MHD), mixed convection flow of A l 2 O 3-
water nanofluid inside a trapezoidal enclosure with discrete heat and mass source at the …

This paper presents a broad account of the lid-driven cavity flow problem which is an
important benchmark problem for the validation of CFD codes. A comprehensive review of …

Previously, the homogenous models were predominant in hybrid nanofluid's studies.
However, there is a serious deficiency in these models, that is, the heat transfer coefficients …

A numerical investigation of entropy generation, heat and mass transfer is performed on
steady double diffusive natural convection of water-based Al 2 O 3 nanofluid within a wavy …

Natural convection flows of an electrically conducting fluid under a uniform magnetic field at
different angles θ with respect to horizontal plane are investigated numerically in rectangular …

This work is concerned with the numerical study of laminar, steady MHD mixed convection
flow, and entropy generation analysis of A l 2 O 3-water nanofluid flowing in a lid-driven …

Double-diffusive natural convection flow in a trapezoidal cavity with various aspect ratios in
the presence of water-based nanofluid and applied magnetic field in the direction …

A class of high-order compact (HOC) exponential finite difference (FD) methods is proposed
for solving one-and two-dimensional steady-state convection–diffusion problems. The newly …

The problem of flow inside a square cavity whose lid has constant velocity is solved. This
problem is modeled by the Navier-Stokes equations. The numerical model is based on the …

Heat transfer and fluid flow characteristics through a porous medium were investigated
using numerical simulations and experiment. For the numerical simulations two models …