Introduction:

The study of the spreading of surfactants is well known in many industrial and medical applications. This topic is important to improve efficiency of the coating by surfactants because of the non-uniform coating present in both soluble and insoluble surfactants in liquid films. The complexity in the physics and the experiments forced researchers to use the aid of computational tools and many works have been performed using numerical simulations.

Benefits:

To be able to produce better medicines and pesticides. For example, medicines to treat pneumonia in newborns.

Time of execution:

12 months.

Equipment required:

VEGAS cluster at the Digital Bauhaus Lab in Bauhaus-Universität, Weimar, Germany.

Money:

24 000 (EUR)

Probability of functionality:

99%