Surface tension profiles in vertical soap films are experimentally investigated. Measurements are performed by introducing deformable elastic objets in the films. The shape adopted by those objects once set in the film is related to the surface tension value at a given vertical position by numerically solving the adapted elasticity equations. We show that the observed dependency of the surface tension versus the vertical position is predicted by simple modeling that takes into account the mechanical equilibrium of the films coupled to previous thickness measurements. © 2015 American Physical Society. ©2015 American Physical Society
The equilibrium configuration of soap films in a tetrahedral frame is well known, and a study is rep...
Analogical physical models are a preferred technique to intuitively grasp complex engineering proble...
Artists regularly make soap bubbles several meters long. In this article we make soap films up to tw...
The surface tension of flowing soap films is measured with respect to the film thickness and the con...
Surface tension plays a dominant role in the formation and stability of soap films. It renders them ...
An analysis is given of the thickness profile of a circular soap film and its Plateau border. It sho...
We have calculated the shapes of flat liquid films, and of the transition region to the associated P...
A thin film balance of Scheludko-Exerowa type was used to determine equilibrium film thicknesses of ...
Contact lines between soap films and solid surfaces have been studied comparatively little. This is ...
Form-finding has to be carried out for tensioned fabric structure in order to determine the initial ...
Due to its geometry simplicity, the forces of thin liquid film are widely investigated and equivalen...
International audienceIn this work, we study theoretically the thickness of a liquid film (typically...
We study a variational model for soap films based on capillarity theory and its relation to minimal ...
A horizontal soap film is established in vertical tube a few centimetres in diameter. A metal sphere...
ABSTRACT Some relations between the two main types of thin liquid films, the water-in-air "soap...
The equilibrium configuration of soap films in a tetrahedral frame is well known, and a study is rep...
Analogical physical models are a preferred technique to intuitively grasp complex engineering proble...
Artists regularly make soap bubbles several meters long. In this article we make soap films up to tw...
The surface tension of flowing soap films is measured with respect to the film thickness and the con...
Surface tension plays a dominant role in the formation and stability of soap films. It renders them ...
An analysis is given of the thickness profile of a circular soap film and its Plateau border. It sho...
We have calculated the shapes of flat liquid films, and of the transition region to the associated P...
A thin film balance of Scheludko-Exerowa type was used to determine equilibrium film thicknesses of ...
Contact lines between soap films and solid surfaces have been studied comparatively little. This is ...
Form-finding has to be carried out for tensioned fabric structure in order to determine the initial ...
Due to its geometry simplicity, the forces of thin liquid film are widely investigated and equivalen...
International audienceIn this work, we study theoretically the thickness of a liquid film (typically...
We study a variational model for soap films based on capillarity theory and its relation to minimal ...
A horizontal soap film is established in vertical tube a few centimetres in diameter. A metal sphere...
ABSTRACT Some relations between the two main types of thin liquid films, the water-in-air "soap...
The equilibrium configuration of soap films in a tetrahedral frame is well known, and a study is rep...
Analogical physical models are a preferred technique to intuitively grasp complex engineering proble...
Artists regularly make soap bubbles several meters long. In this article we make soap films up to tw...