We study numerically the dynamics of an air-in-liquid compound drop impacting onto a solid
surface. We demonstrate that the addition of a bubble in the drop decreases its maximum …

The impact process of spherical hollow droplets impinging onto a solid surface has been
experimentally studied. Formation of a counter-jet in a wide range of Reynolds and Weber …

We study experimentally the dynamics of a liquid drop containing an air bubble falling onto a
pool of the same liquid. We first develop a drop-on-demand setup capable of forming …

We investigate numerically the transient forces produced by an air-in-liquid compound drop
impacting onto a solid surface. We demonstrate that the presence of a bubble in the drop …

We investigate numerically the dynamics of a drop containing a bubble impacting onto a
pool of the same liquid. We show that the bubble can be engulfed into the pool after impact …

Разработана математическая модель ускорения сферических частиц в потоке плазмы
и получены оценки основных теплофизических параметров технологии напыления …

The effect of the expansion of hollow micro-spherical droplets due to their heating at their
motion in a plasma jet is considered by the example of ZrO 2. A fairly simple model is …

Порошки, состоящие из полых сфер размером в десятки микрон (полые порошки), в
настоящее время успешно применяются в различных областях промышленности. В …

This study employs a combination of numerical analysis and experimental testing to obtain a
better understanding of the changes that occur in hollow spherical metal-oxide powders …

A numerical and analytical model is proposed for the impact of a hollow melt droplet onto the
surface of a solid polished substrate. The model is based on integral laws of the mass and …