The study of the stability of long liquid columns under microgravity was the purpose of one of the experiments carried out aboard Spacelab-Dl. In this paper a preliminary analysis of this experiment, mainly concerning the different liquid column breakages, is presented. As shown in the paper, the behaviour, both static and dynamic, of long liquid bridges can be accurately predicted by using available theoretical models
n this paper the influence of an axial microgravity on the dynamic stability of axisymmetric slender...
This program of theoretical and experimental ground-based research focuses on the understanding of t...
This program of theoretical and experimental ground-based and low gravity research is focussed on th...
The experimental results obtained of the experiment \STACO" made on board the Spacelab D-2 Mission a...
The aim of our experiment on the Spacelab Dl Mission was to study the stability of long liquid colum...
During the second German Mission of Spacelab (1993, Spacelab D-2) an experiment on the mechanical st...
An experimental apparatus to study the breaking process of axisymmetric liquid bridges has been deve...
In this paper experimental results related to both stability an the dynamic of a asiximmetric liqui...
Besides space laboratories for in-orbit experimentation, Earth based facilities for laboratory exper...
This paper deals with the dynamics of liquid bridges when subjected to an oscillatory microgravity f...
Large free liquid volumes, 30 mm in diameter and 80 mm long, anchored to coaxial discs, have been ac...
The equilibrium and stability equations for liquid bridges are well known, but they are nonlinear an...
A one-dimensional inviscid slice model has been used to study numerically the influence of axial mic...
A feature of stability diagrams of liquid bridges between unequal disks subjected to small axial gra...
Theoretical and experimental investigation of the stability of nonaxisymmetric and nonaxisymmetric b...
n this paper the influence of an axial microgravity on the dynamic stability of axisymmetric slender...
This program of theoretical and experimental ground-based research focuses on the understanding of t...
This program of theoretical and experimental ground-based and low gravity research is focussed on th...
The experimental results obtained of the experiment \STACO" made on board the Spacelab D-2 Mission a...
The aim of our experiment on the Spacelab Dl Mission was to study the stability of long liquid colum...
During the second German Mission of Spacelab (1993, Spacelab D-2) an experiment on the mechanical st...
An experimental apparatus to study the breaking process of axisymmetric liquid bridges has been deve...
In this paper experimental results related to both stability an the dynamic of a asiximmetric liqui...
Besides space laboratories for in-orbit experimentation, Earth based facilities for laboratory exper...
This paper deals with the dynamics of liquid bridges when subjected to an oscillatory microgravity f...
Large free liquid volumes, 30 mm in diameter and 80 mm long, anchored to coaxial discs, have been ac...
The equilibrium and stability equations for liquid bridges are well known, but they are nonlinear an...
A one-dimensional inviscid slice model has been used to study numerically the influence of axial mic...
A feature of stability diagrams of liquid bridges between unequal disks subjected to small axial gra...
Theoretical and experimental investigation of the stability of nonaxisymmetric and nonaxisymmetric b...
n this paper the influence of an axial microgravity on the dynamic stability of axisymmetric slender...
This program of theoretical and experimental ground-based research focuses on the understanding of t...
This program of theoretical and experimental ground-based and low gravity research is focussed on th...