The phenomenon of bubble encapsulation results from droplet impact on a liquid film for
specific impact conditions, but there is no established criterion for predicting its onset …

This study investigates water droplets impacting a two-layered pool, consisting of a deep
pool of water above which an ultrathin a suspended layer of silicone oil is present. Initially …

The accurate understanding of the phenomenology of drop impact onto dry/wetted and
cold/heated surfaces is increasingly relevant to implement biofuels in civil aviation. The …

The droplet impact phenomena onto liquid films are a field extensively researched for over a
century, which are driven by many practical applications such as heat exchangers, internal …

While the phase‐field methodology is widely adopted for simulating two‐phase flows, the
simulation of an arbitrary number (N≥ 2) of fluid phases at physical fidelity is non‐trivial and …

The characteristics of the collisions of droplets with the surfaces of particles and substrates
of promising oil–water slurry components (oil, water and coal) were experimentally studied …

For the first time, the process of merging a drop of ferric chloride solution (concentration 16
and 1%) with a solution of ammonium thiocyanate (20%), including the formation and …

The phenomenon of droplet impact on an immiscible liquid is encountered in a variety of
scenarios in nature and industrial production. Despite exhaustive research, it is not fully …

Problems involving multiphase flows require a physical understanding of how the
phenomena develop and the specific interactions they manifest. For surface tension relevant …

A preocupação com o ambiente levou o ser humano a desenvolver novos combustíveis
alternativos para reduzir a poluição e mitigar a emissão de gases de efeito de estufa. O …