Many countries are immersed in several strategies to reduce the carbon dioxide (CO2)
emissions of internal combustion engines. One option is the substitution of these engines by …

In this study, droplet tests were carried out for pure and blended forms of diesel fuel, which is
the traditional fuel, and trimethyl borate fuel, which is new generation fuels. In this context …

This study examines the burning characteristics and disruptive burning phenomena of single
droplets of aluminum nanoparticles (n-Al) stably suspended in a biofuel (HVO). The biofuel …

With the presence of an external magnetic field, a ferrofluid droplet exhibits a rich variety of
interesting phenomena notably different from nonmagnetic droplets. Here, a ferrofluid …

This work fundamentally explains the inhibitory effect of adjuvant on water droplet
evaporation in pesticide application. An analytical droplet evaporation model coupled with …

The expansion of the research on nanoscale particles demonstrates several advantages in
terms of stability and an increased surface area to volume ratio compared to micron-sized …

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 …

Thermally induced secondary atomization (TISA) is a complex phenomenon that accelerates
phase change in the combustion chamber. It occurs if multi-component fuels, having a wide …

TDI is a highly versatile chemical product with a significant market demand. The state-of-the-
art production method is gas phase phosgenation, but it has drawbacks of high energy …

Thermally-induced secondary atomization (TISA) enables enhanced atomization, better
mixing and faster evaporation in multi-component sprays. Despite its importance in a …