Coating technologies can improve mechanical components' durability and lifetime by
rebuilding the damaged surfaces. Surface restoration by coating is much more cost-effective …

This paper studies the problem of drop impact on a heated surface by using a numerical
method based on smoothed particle hydrodynamics with adaptive spatial resolution (SPH …

This paper focuses on developing and applying a drop-wall interaction model for high
ambient pressure conditions. In an internal combustion engine, the high-speed fuel spray …

A fundamental understanding of drop/wall interactions is of vital importance to many
engineering applications, particularly in internal combustion engines; the outcomes of …

Spray cooling features with high heat flux and good temperature control ability, which has
been widely used in industrial environments such as electronic devices and nuclear power …

The ability to accurately predict the outcome of the drop/wall interaction is essential to
engine spray combustion modeling. In this paper, the process of fuel drop impact on a wet …

A detailed understanding of drop-wall interactions at high-temperature and high-pressure
conditions can help optimize fuel injection, engine operation, and material design. The …

The impact process of fuel drops on a solid dry surface under engine relevant conditions
were studied using a numerical method based on smoothed particle hydrodynamics (SPH) …

The interaction of a droplet with a solid wall is relevant in various engineering applications.
The properties of the resulting secondary droplets are determined by the wall temperature …

Understanding the fundamental details of drop/wall interactions is important to improving
engine performance. Most of the drop-wall interactions studies are based on the impact of a …