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Reading: Computational Modelling of a Spanning Drop in a Wedge with Variable Angle

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Computational Modelling of a Spanning Drop in a Wedge with Variable Angle

Authors:

Caio Rondon ,

Federal University of ABC, BR
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Valerio Ramos Batista

Federal University of ABC, BR
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Abstract

In this work, mathematical and computational techniques were used to model the phenomenon of a bubble or liquid drop as it slides to the narrowest side between two tilted plates. Practical applications of this phenomenon, such as the adjustment of liquid propellant tanks, are also discussed. Computations involved the use of Surface Evolver—a fully open, interactive program that allows the simulation of physical experiments in a virtual environment.

Faculty Sponsor: Valerio Ramos Batista

Faculty Sponsor: Valério Ramos Batista

How to Cite: Rondon, C. and Batista, V.R., 2016. Computational Modelling of a Spanning Drop in a Wedge with Variable Angle. International Journal of Undergraduate Research and Creative Activities, 8(1), p.3. DOI: http://doi.org/10.7710/2168-0620.1064
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Published on 13 Apr 2016.
Peer Reviewed

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