The effective control of droplet coalescence and impact behaviors on solid surfaces plays a
crucial role in various fields, such as material science, environmental science, energy …

We develop a combined numerical (using direct numerical simulation) and scaling model to
study the dynamics of two identical photocurable, shear-thinning polymeric drops …

Considerable non-flat solid substrates are widely-existed where liquid drops inevitably
impact on their surfaces, precise control of shape evolution of these impacting drops on such …

This study investigates the effect of shot-blast pretreatment on the microstructure of hot-dip
galvanized coating of steel. The morphology, roughness, residual stress, phase composition …

In the present study, the impact of surface roughness on the wettability behavior of Al
droplets has been investigated via molecular dynamics (MD) simulations. In this work …

This study reports a distinct non-retraction rebound regime of impacting nano-droplets that is
characterized by incomplete-spreading and non-retraction, different from the traditional …

Controlling the drop impact behaviors plays an important role in both designing surface
functional materials and improving industrial techniques. Here, the impact dynamics of …

This study uses ball milling instead of pickling pretreatment to investigate the effect of the
surface micromorphology and roughness of the iron ingot on microstructures of the hot-dip …

Surfaces designed so that liquid metals do not stick to them but instead rebound as soon as
possible have received considerable attention due to their significant importance in many …

Efficiently regulating the rebound behavior of droplets post-impact is crucial for various
fields, mainly including the development of self-cleaning applications, the design of surface …