We give a brief review of several prominent fluid instabilities representing transitions driven
by gravity, surface tension, thermal energy, and applied motion/acceleration. Strategies for …

Two types of resonance-derived interfacial instability are reviewed with a focus on recent
work detailing the effect of side walls on interfacial mode discretization. The first type of …

In this work, we numerically analyze different thermocapillary-based strategies for active
control of sloshing in microgravity. The fluid system considered is an open rectangular …

Numerical simulations are used to analyze the dynamics of a free surface excited by thermal
modulations at the lateral boundaries that generate a time-dependent thermocapillary flow …

A numerical analysis of the thermocapillary-driven dynamics of a free surface in microgravity
is presented for an open container of liquid subjected to steady or oscillatory thermal …

A detailed analysis of the design and performance of passive baffles for sloshing reduction
in microgravity is presented. Sloshing dynamics are investigated for a rectangular container …

We numerically investigate the effect on sloshing in microgravity of systems with passive,
moving baffles whose motion is restricted by linear springs. The liquid is assumed to have …

We consider the response to periodic forcing between 5 Hz and 50 Hz of an interface
separating immiscible fluids under the microgravity conditions of a parabolic flight. Two pairs …

We present experimental evidence of the existence of an interfacial instability between two
miscible liquids of similar (but non-identical) viscosities and densities under horizontal …

We have discovered a peculiar behaviour of the interface between two miscible liquids
placed in a finite-size container under horizontal vibration. We provide evidence that …