The cooling process on superheated surface at nanoscale is significantly distinct from that at
macroscale or microscale. In this work, the boiling phenomena of liquid argon thin film on …

Molecular dynamics simulations were employed to investigate the effects of wettability
(contact angle) and pitch on nanoscale evaporation and pool boiling heat transfer of a liquid …

In this work, molecular dynamics (MD) simulation is applied to study the effect of heating
surfaces with different hydrophobicity occupancy ratios (the ratio of the surface area of …

Silicon is a widely applied material and the wetting of silicon surface is an important
phenomenon. However, contradictions in the literature appear considering the value of the …

This work aims to present theory of heat transfer on rapid boiling for pure wettability surfaces
and mixed wettability surfaces based on molecular simulation. The simulation results …

The question of the parametrization of interfacial nonbonded interactions for heterogeneous
solid–liquid systems is addressed through the example of water on graphene surfaces. We …

Microscopic boiling heat transfer has received much research interest because of its
performance-enhancing qualities and other potential applications in the field of micro-and …

There is a pressing demand for effective cooling techniques in high heat flux devices. Two
potential cooling solutions, namely capped diamond heat spreader and micro/nanofluidic …

In this paper, the effects of depositional nanoparticles on the surface wettability of nanofluids
during rapid boiling are investigated by molecular dynamics simulation to reveal the …

Nanostructure and wettability present great potentials on high power electronics cooling.
However, it is challenging to design optimal nanostructure for thermal management due to …