Wake destructive behavior and vortex shedding behind bluff bodies may be controlled by
use of active and passive methods. Computational fluid dynamics, experimental and …

Porous particles are crucial in environmental engineering, energy, and the chemical
industry, boasting unique hierarchical structures and extensive surface areas. This review …

Porous materials have a positive effect upon the heat transfer enhancement and a negative
impact on pressure drop. Combined convection–radiation heat transfer inside a porous solar …

A comprehensive numerical study is performed on the fluid flow and heat transfer within a
porous solar heater. The effects of porous material on the heat transfer enhancement and …

Three-dimensional rotating flow of water-based carbon nanotubes is investigated in the
presence of Darcy–Forchheimer porous space and homogeneous–heterogeneous …

This paper simulates the forced convective heat transfer of Al 2 O 3–water nanofluid over an
equilateral triangular obstacle. Computations are performed for different orientations of the …

Fluid flow and heat transfer around and through a porous cylinder is an important issue in
engineering applications. In this paper a numerical study is carried out for simulating the …

In this study, a numerical investigation of the solar parabolic trough collector with an area of
0.856 m2 by combination of Monte Carlo Ray‐Trace (MCRT) and finite volume method …

This paper simulates Al 2 O 3–water nanofluid flow and forced convection around a rotating
circular cylinder. The governing parameters are Reynolds number (1≤ Re≤ 100), solid …

Microchannel evaporator has intrinsic drawback of two-phase flow instabilities with large
pressure drop that is induced from bubble blockage in microchannels. Here, we propose a …