As the miniaturization of electronic devices continues and the heat flux increases rapidly,
thermal management techniques are facing serious challenges. Microchannel heat sinks …

Bubble dynamics is a crucial means to study the heat transfer characteristics of subcooled
flow boiling. However, the small size, complex behavior, as well as difficult-to-measure …

In order to investigate the effect of surface roughness on the thermal-hydraulic performance
of flow boiling in the microchannel, the surface with random roughness is generated by the …

This paper presents a topology optimization (TO) method for thermal cloak design based on
the adjoint lattice Boltzmann method and the level-set method. The gradient-type TO method …

Understanding the flow boiling process in a serpentine microchannel with U-bends is very
important to its design and application in practice. In this study, a hybrid thermal multiphase …

The manifold microchannel (MMC) has drawn much attention due to its excellent convective
heat transfer performance. Flow boiling in MMC can reach high heat transfer coefficient …

The rising heat dissipation requirement on electronic devices urges a more efficient and
energy-saving cooling strategy to keep the equipment operating within a safe temperature …

In this paper, the effect of a non-uniform electric field on pool boiling is investigated by using
the pseudopotential lattice Boltzmann model and the leaky dielectric model. The focus of the …

The behavior and dynamics of droplet spreading are pivotal phenomena that exert a
profound influence on numerous scientific disciplines, technological advancements, and …

The robustness of boiling heat transfer performance is crucial for the long-term applications,
and it is necessary to understand the influence of corrosion on flow boiling heat transfer. In …