Publication | Open Access
Expansion and retraction dynamics in drop-on-drop impacts on nonwetting surfaces
49
Citations
51
References
2018
Year
Nonwetting SurfacesEngineeringRetraction TimeImpact (Mechanics)Erosion PredictionMechanicsFluid MechanicsMechanical EngineeringNumerical SimulationCivil EngineeringWettingDebris FlowImpact LoadingHypervelocity ImpactStationary DropComputational MechanicsSingle Drop ModelsMultiscale Modeling
When a drop impacts a stationary drop on a non-wetting surface, the two drops coalesce, spread on the surface and retract, sometimes bouncing off. We measure the maximum diameter and retraction time for a wide range of parameter values and generalize known single drop models to drop-on-drop impacts.
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