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 …

Boiling phenomena exhibits a complex nature in many ways with chaotic bubble dynamics
being one of them. Understanding the dynamic behavior of vapor bubbles in pool/flow …

Notwithstanding the gradual substitution of conventional fossil fuels with sustainable
energies, the enduring relevance of nucleate boiling persists, owing to its remarkable …

The rapid development of industrial technology and the increasing computational power
have provided the possibility to improve the accuracy of multiphase flow field simulation …

A mechanistic model to study the growth of a bubble from nucleation to departure in pool
boiling is proposed in this work taking into account the change in shape of a bubble as it …

Based on the VOF multiphase flow model and bubble growth model, a numerical analysis
model of bubble growth of subcooled flow boiling in a petal-shaped fuel rod channel was …

This work consists of an experimental study of the microscale physical phenomena
occurring during the growth of a single bubble attached to the heater at nucleate boiling. The …

Recently, experiments carried out with high-resolution measurement techniques showed a
thin liquid microlayer (∼ μm) formation underneath a growing bubble in nucleate boiling …

Nucleate boiling is an essential heat exchange method in industry. Due to the complicated
mechanisms of the boiling process, prediction of its heat transfer performance has always …

Modulated nanoparticle-coating surfaces were fabricated by an improved electrophoretic
deposition technique in this study. Pool boiling experiments were studied for HFE-7200 on …