Build up of yield stress fluids via chaotic emulsification

Stabilised dense emulsions display a rich phenomenology connecting microstructure and rheology. In this work, we study how an emulsion with finite yield stress can be built via large-scale stirring. By gradually increasing the volume fraction of dispersed minority phase, under constant action stirring force, are able to achieve close 80%. Despite fact that our system is highly concentrated not yet turbulent observe droplet size distribution consistent ?10/3 scaling, often associated inertial range droplets breakup. We report polydispersity sizes correlates dynamics formation process. Additionally, quantify visco-elastic properties finally obtained demonstrate presence stress. The approach reported pave way quantitative understanding complex interplay between mesoscale constituents flow fluids.