Quesnel model

Thus the Quesnel model predicts a range of power law values from 2/3 to 0.771 depending on the ratio of the elastic modulus of the particle and the substrate. The 2/3 behavior is for a compliant particle and the 0.771 is for a compliant substrate. The transition should be smooth with changes in modulus, but does not depend on the size of the particle. 

The MYD analysis assumes that the atoms do not move as a result of the interaetion potential. The eonsequenees of this assumption have recently been examined by Quesnel and coworkers [50-55], who used molecular dynamic modeling techniques to simulate the adhesion and release of 2-dimensional particles from 2-D substrates. Specifically, both the Quesnel and MYD models assume that the atoms in the different materials interact via a Lennard-Jones potential

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Roux, O., Duviviei D, Quesnel, G. Ramat, E., 2013. Optimization of preventive maintenance through a combined maintenance-production simulation model. International Journal of Production Economics 143(2013) 3 12. 

Quesnel DJ, Rimai DS, De Mejo LP. Molecular dynamic modeling of particle adhesion. J Adhesion 1995 51 49-69. 

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