The subject of this project is the analysis of Large Eddy Simulation (LES) results using a new cavitation model that accounts for the influence of cavities generated by turbulent vortices in the sub-grid scale, which are often approximated using eddy viscosity in LES models. This is achieved by implementing a probabilistic approach (PDF model) that bridges the gap between the filtered pressure field and the local microscopic pressure drops. The research is divided into two main computational setups. In the first case, characterized by a moderate angle of attack, the study demonstrates how the inclusion of SGS pressure fluctuations significantly improves the prediction of the sheet-to-cloud cavitation transition, which is often underestimated by conventional models.