In this paper, nine Microchannel Heat sinks (MCHs) all with channel lengths of 20 mm and
heights of 1 mm but with different aspect ratios 1.33; 2 and 4, wall thicknesses 0.25–0.75 …

This study investigates low Weber number droplet impact on heated hydrophobic surfaces.
Using synchronized high-speed optical and infrared (IR) imaging, we correlate the droplet …

This study addresses the combination of customized surface modification with the use of
nanofluids, to infer on its potential to enhance pool-boiling heat transfer. Hydrophilic …

Extensive studies of two concentric droplets consecutively impinging over a thin heated foil
surface are carried out to compare the spread and heat transfer dynamics of a single drop …

Microchannel heat sinks are pointed to have a great potential in cooling systems. This paper
presents a systematic study to develop a microchannel heat sink to be used in cooling …

The current study addresses a parametric characterization of nanofluid sprays as a way to
improve the thermal performance of spray cooling systems. The nanofluids are prepared …

The present work focuses on a three-dimensional (3D) collision of a moving droplet against
a moving super-hydrophobic particle under gravity, by the lattice Boltzmann method (LBM) …

This study concerns the detailed description of the fluid dynamics and heat transfer
mechanisms occurring during single bubble nucleation on biphilic surfaces …

The heat transfer process occurring when high-temperature aluminum droplets collide with a
solid surface is investigated via numerical simulation and experimentation. The wall …

The operating conditions of the pre-heater zone of an automotive vehicle waste heat recover
heat exchanger occurs in, or close to, the transitional flow regime. For such an application …