A thorough understanding of the dynamics of meter-sized airgun-bubbles is very crucial to
seabed geophysical exploration. In this study, we use the boundary integral method to …

It is well known that the water entry of a sphere causes cavity formation above a critical
impact velocity as a function of the solid–liquid contact angle; Duez et al.(Nat. Phys., vol. 3 …

Hypothesis Needle-free injections using microfluidic jets could be optimized by reducing
splashing and controlling injection depth. However, this is impeded by an incomplete …

The Boundary Integral Method (BIM) has been widely and successfully applied to cavitation
bubble dynamics; however, the physical complexities involved in the coalescence of …

We experimentally study the impacts of viscous, immiscible oil drops into a deep pool of
water. Within the target liquid pool, the impacting drop creates a crater, whose dynamics are …

In this paper we contrast the early impact stage of a highly viscous drop onto a liquid versus
a solid substrate. Water drops impacting at low velocities can rebound from a solid surface …

Water entry has been studied for over a century, but few studies have focused on multiple
droplets impacting on a liquid bath sequentially. We connect multi-droplet streams, jets and …

High speed microfluidic jets can be generated by a thermocavitation process: from the
evaporation of the liquid inside a microfluidic channel, a rapidly expanding bubble is formed …

A compound drop impacting on a liquid pool exhibits intriguing coalescence patterns that
are primarily attributable to the complicated interplay of inertia with other physical …

The interaction between a heated oil bath and water droplets commonly occurs in the
kitchen and has important implications for cooking, fire safety, and indoor air pollution. The …