The contribution provides a procedure for computing the eigenmode frequencies, shapes and dampings for the case of oscillations of a bubble or drop attached to a capillary tip. The procedure is based on the analysis of Bostwick and Steen, but its results are recast to a more convenient and more compact form. Analytical results are in a good agreement with experiments, if the bubble size is sufficiently smaller than the size at detachment due to Archimedes forces
Moderate-amplitude axisymmetric oscillations of incompressible inviscid drops and bubbles are studie...
The small-amplitude oscillations of constrained drops, bubbles, and plane liquid surfaces are studie...
This contributon deals with bubble oscillations and their damping by surfactants
An oscillating bubble attached to a tip of a capillary is used for probing interfacial properties of...
In this contribution, we therefore present results of a linear inviscid theory for shape oscillation...
The shape oscillations of a bubble, which is attached to a tip of a capillary tube, are studied expe...
The shape oscillations of a bubble, which is attached to a tip of a capillary tube, are studied expe...
The diffuse literature on drop oscillation is reviewed, with an emphasis on capillary wave oscillati...
The contribution deals with experimental study of oscillations of bubbles attached to the capillary
International audienceThis paper focuses on shape-oscillations of a gas bubble or a liquid drop risi...
The shape of a free bubble or of a boiling bubble at an artificial cavity or needle may exhibit stro...
The decay of shape oscillations of a bubble in solutions of a soluble non-ionic surfactant are stud...
The oscillations of a drop moving in another fluid medium have been studied at low values of Reynold...
We develop a model for the nonlinear oscillations of spherical drops composed of aqueous foam. Begin...
This paper presents theory and experimental data on the resonance frequency of systems consisting of...
Moderate-amplitude axisymmetric oscillations of incompressible inviscid drops and bubbles are studie...
The small-amplitude oscillations of constrained drops, bubbles, and plane liquid surfaces are studie...
This contributon deals with bubble oscillations and their damping by surfactants
An oscillating bubble attached to a tip of a capillary is used for probing interfacial properties of...
In this contribution, we therefore present results of a linear inviscid theory for shape oscillation...
The shape oscillations of a bubble, which is attached to a tip of a capillary tube, are studied expe...
The shape oscillations of a bubble, which is attached to a tip of a capillary tube, are studied expe...
The diffuse literature on drop oscillation is reviewed, with an emphasis on capillary wave oscillati...
The contribution deals with experimental study of oscillations of bubbles attached to the capillary
International audienceThis paper focuses on shape-oscillations of a gas bubble or a liquid drop risi...
The shape of a free bubble or of a boiling bubble at an artificial cavity or needle may exhibit stro...
The decay of shape oscillations of a bubble in solutions of a soluble non-ionic surfactant are stud...
The oscillations of a drop moving in another fluid medium have been studied at low values of Reynold...
We develop a model for the nonlinear oscillations of spherical drops composed of aqueous foam. Begin...
This paper presents theory and experimental data on the resonance frequency of systems consisting of...
Moderate-amplitude axisymmetric oscillations of incompressible inviscid drops and bubbles are studie...
The small-amplitude oscillations of constrained drops, bubbles, and plane liquid surfaces are studie...
This contributon deals with bubble oscillations and their damping by surfactants