Publication | Open Access
Theory of Tackiness
173
Citations
2
References
1999
Year
EngineeringBehavioral Decision MakingMechanical EngineeringWettingMicron ScaleConsumer ResearchAdhesion ForcesSoft MatterBehavioral Game TheoryNanotribologyAttitude TheoryMechanicsContact MechanicManagementThermodynamicsAir SuctionPhysicsSurface EnergySurface TensionMarketingMicrofabricationSurface ScienceApplied PhysicsBehavioral InsightPersuasion
We show that the interplay between surface roughness on micron scale and air suction can yield tack energies much higher than thermodynamic surface energies. Our model provides a quantitative interpretation of highly nonlinear force-versus-separation curves which are usually observed when adhesion forces and energies are high.
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