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Wave phenomena in vibrofluidized dry and partially wet granular materialsconfined in a quasi-two-dimensional geometry are investigated with numericalsimulations considering individual particles as hard spheres. Short rangedcohesive interactions arising from the formation of liquid bridges betweenadjacent particles are modeled by changing the velocity dependent coefficientof restitution. Such a change effectively suppresses the formation of surfacewaves, in agreement with previous experimental observations. The difference inpattern creation arises from the suppressed momentum transfer due to wettingand it can be quantitatively understood from an analysis of binary impacts.

Internal and surface waves in vibrofluidized granular materials: Role of cohesion