Expérimental et théorique
The primary goal of this internship is to delve into the various cavity modes achievable within this system. By altering the plate's shape, adjusting the number of jets, and exploring the interactions between the liquid and the substrate, we can investigate the conditions that trigger the oscillations in the hydraulic jump, unlock the various cavity modes it offers and build a liquid equivalent to Chladni figures. This internship also offers the opportunity for continuation into a Ph.D. thesis, which will further address the questions previously mentioned, as well as explore other aspects of microjets impacts.