Evaporation of liquid is important in a diverse range of engineering applications, such as ink-
jet printing, pesticide spraying, micro-and nanofabrication, thin-film coatings, biochemical …

射流闪蒸具有结合射流破碎过程中多变的气液交界面与闪蒸耦合强化传热传质的优点,
有较好的应用价值. 根据射流闪蒸耦合强化特点, 首先从射流与闪蒸角度出发 …

The results of the experimental and theoretical investigations of the mutual effect on their
puffing/micro-explosion of droplets in a flow, using an example of two closely spaced …

As a renewable, sustainable, and alternative fuel for combustion ignition (CI) engines,
researchers are more prone to accept biodiesel as fuel compared to diesel. Auto-ignition, as …

During the multi-droplet evaporation, the droplet interactions slow down the droplet
evaporation. Historically, the evaporation processes have been studied mainly based on …

Evaporation and condensation are important in the field of heat and mass transfer. Particle
collection by an evaporating or condensing surface is an interesting phenomenon. The …

Vaporization and two-stage autoignition of single droplets inside the droplet clouds were
numerically studied using a spherical cell model. We aimed to investigate the behaviors of …

Liquid clouds (sprays) are commonly encountered in nature and industrial applications,
where droplets are subject to complex interactions. In this paper, an extended unit cell …

The accurate prediction of droplet heating and evaporation is pivotal for advancing power
systems in automotive and aerospace industries. This paper introduces an innovative …

Historically, the spray models in the accident analysis program are mostly based on the
isolated droplet and ignore the shielding effects among droplets, which theoretically …