The coiling instability of a liquid 'rope' falling on a solid surface was presented. The study suggests that coiling could occur in three different regimes - viscous, gravitational and inertial, depending on the fluid viscosity and density. The study shows that all the results could be rescaled in a universal way that allows to predict the frequency of coiling of honey on toast. It was also observed that, as the fall height increases, the coiling frequency decreases and subsequently increases again, and give oscillation between two coiling states with different frequencies in the gravitational-to inertial transitional range
We present an experimental study of liquid rope coiling in order to explore different possibilities ...
Supercoiling is the large-scale secondary coiling or buckling of a structure that is already coiled ...
We present an experimental investigation of the coiling of a filament of a yield stress fluid fallin...
A stream of viscous fluid falling from a fixed height tends to coil with specific behaviors that are...
We present a combined experimental and numerical investigation of the coiling of a liquid "rope" fal...
We present a combined experimental and numerical investigation of the coiling of a liquid "rope" fal...
A thin stream or rope of viscous fluid falling from a sufficient height onto a surface forms a stead...
A thin 'rope' of viscous fluid falling from a sufficient height onto a surface forms a series of reg...
We combine analytical, numerical, and experimental approaches to study the dynamics of the ‘liquid r...
We combine analytical, numerical, and experimental approaches to study the dynamics of the ``liquid ...
In this thesis, we present an experimental investigation of the coiling instability in aliquid or a ...
A thin "rope" of viscous fluid falls from a sufficient height of coils as it approaches a rigid surf...
A stream of viscous fluid falling from a sufficient height onto a surface forms a series of regular ...
International audienceA thin ‘rope' of viscous fluid falling from a sufficient height coils as it ap...
When dribbled onto a surface, viscous fluids such as honey coil into a helix and form what look like...
We present an experimental study of liquid rope coiling in order to explore different possibilities ...
Supercoiling is the large-scale secondary coiling or buckling of a structure that is already coiled ...
We present an experimental investigation of the coiling of a filament of a yield stress fluid fallin...
A stream of viscous fluid falling from a fixed height tends to coil with specific behaviors that are...
We present a combined experimental and numerical investigation of the coiling of a liquid "rope" fal...
We present a combined experimental and numerical investigation of the coiling of a liquid "rope" fal...
A thin stream or rope of viscous fluid falling from a sufficient height onto a surface forms a stead...
A thin 'rope' of viscous fluid falling from a sufficient height onto a surface forms a series of reg...
We combine analytical, numerical, and experimental approaches to study the dynamics of the ‘liquid r...
We combine analytical, numerical, and experimental approaches to study the dynamics of the ``liquid ...
In this thesis, we present an experimental investigation of the coiling instability in aliquid or a ...
A thin "rope" of viscous fluid falls from a sufficient height of coils as it approaches a rigid surf...
A stream of viscous fluid falling from a sufficient height onto a surface forms a series of regular ...
International audienceA thin ‘rope' of viscous fluid falling from a sufficient height coils as it ap...
When dribbled onto a surface, viscous fluids such as honey coil into a helix and form what look like...
We present an experimental study of liquid rope coiling in order to explore different possibilities ...
Supercoiling is the large-scale secondary coiling or buckling of a structure that is already coiled ...
We present an experimental investigation of the coiling of a filament of a yield stress fluid fallin...