This paper provides a comprehensive review of published literatures concerning the fluid
mechanics and heat transfer mechanisms of liquid drop impact on a heated wall. The review …

Over the past decades, selective catalytic reduction (SCR) using aqueous urea sprays as
ammonia precursor has become the prevalent technique for NO x emission control in mobile …

Regulation over the generation of the Leidenfrost phenomenon in liquids is vitally important
in a cutting fluid/tool system, with benefits ranging from optimizing the heat transfer efficiency …

Droplet impact on a high-temperature solid surface in the film boiling regime is widely
encountered in various modern industrial and technological applications. The present article …

In the present work, impingement behaviour of an aqueous urea solution is investigated
experimentally. The effects of droplet diameter, impact velocity and substrate temperature …

The impact of droplets on particles involves a wide range of complex phenomena and
mechanisms, including bubble nucleation, crater formation, fluidization, and more intricate …

Extensive studies of two concentric droplets consecutively impinging over a thin heated foil
surface are carried out to compare the spread and heat transfer dynamics of a single drop …

The paper reports an experimental study of single millimetric water drop impacts onto a hot
aluminium alloy (AlMg3) surface. The main aim of this investigation was to evidence the …

Impinging high frequency microscale droplet stream on a high temperature substrate is an
effective method to realize point heat sink. The boiling patterns and the heat transfer …

The traditional phase diagram of droplet impingement boiling on a heated substrate is
drawn based on the boiling morphologies recorded with high-speed camera, which is useful …