The low boiling temperature of dielectric fluids makes them suitable for satisfying the cooling
requirements of advanced high-energy-density devices commonly found in microelectronics …

We experimentally investigate the near-wall heat transfer at single bubble growth in
nucleate saturated pool boiling of water at atmospheric pressure. Our focus is on the …

This paper presents analyses of the formation of" microlayers" ie, very thin (∼ 1 μ m) liquid
films often found beneath steam bubbles growing on a solid surface in low-pressure boiling …

Understanding the mechanism of bubble growth is crucial to modeling boiling heat transfer
and enabling the development of technological applications, such as energy systems and …

Abstract Pulsating Heat Pipes (PHP) are passive two-phase heat transfer devices
characterized by a simple structure and high heat transfer capabilities. Despite this, their …

Both experimental and theoretical studies of fast and microscale physical phenomena
occurring during the growth of vapour bubbles in nucleate pool boiling are reported. The …

Nucleate boiling finds extensive applications in cooling systems across diverse industrial
fields owing to its exceptionally effective heat transfer capacity. The effect of bubble growth …

The thermal log-law is valid in flow boiling with a value of the additive constant that evolves
as the flow develops. Using a multiphase flow cross-literature database, this constant is …

We present an experimental study on the near-wall phenomena during the growth of a
single bubble in saturated pool boiling of water at atmospheric pressure. Our focus is on the …

Nucleate boiling is a highly efficient heat transfer mode distinguished by the liquid-vapor
phase change, which occurs through the formation, growth, and detachment of vapor …