“…Due to the complex, coupled physics involved during colloidal drop evaporation, most theoretical and numerical models reported so far are based on assumptions such as fluid flow with negligible inertia [24,30,31,41], small wetting angle [19,24], spherical cap shape of the free surface [19,24,30,31,34,38,41,42], pinned wetting line throughout the evaporation [24, 30-35, 40, 41, 43], negligible heat transfer between the drop and the substrate [19,23,24,30,40,43] and negligible Marangoni convection [36,40,44]. Also, to the best of our knowledge, no published numerical study has considered the receding of the wetting line during colloidal drop evaporation, or the interaction of the free surface and the growing peripheral deposit -which can involve depinning i.e.…”