In this study, a sensitivity analysis is performed by means of surface methodology in order to
manage thermal and pumping power for nanofluid flow inside a wavy channel. The …

This paper presents a three-dimensional, numerical thermo-hydrodynamic and second low
analysis of nanofluid flow inside a square duct equipped with transverse twisted-baffles. A …

This paper investigates the combined effects of using nanofluid, a porous insert and
corrugated walls on heat transfer, pressure drop and entropy generation inside a heat …

Employing rough surfaces and nanofluids in solar heater ducts are recognized as effective
techniques to improve thermal performances of these devices. In this paper, the second law …

This paper numerically investigates the forced convection and entropy generation of Fe 3 O
4 water nanofluid inside a cylindrical tube with porous hemisphere media. The flow regime …

In this research, a numerical simulation is performed to investigate thermal and viscous
irreversibilities for Al 2 O 3–water nanofluid inside a duct equipped with porous baffles. The …

This paper performs an entropy generation analysis for nanofluid turbulent flow around a
rotating cylinder. A finite volume method based on SST k–ω turbulence model is employed …

Nanofluids can afford excellent thermal performance and have a major role in energy
conservation aspect. In this paper, a sensitivity analysis has been performed by using …

In this paper, the discrete particle model was used to determine the concentration
distribution and particle trajectories in a nanofluid flowing around a triangular obstacle …

In this study, mixed convection in a cavity with volumetric heat generation and filled with
nanofluid having an inner rotating cylinder and two flexible side walls is numerically …