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In this paper the influence of types of interlayer interactions on the   elastic modules of multilayer graphene sheets (GS) and nanocomposites is   studied. The modeling and investigation of mechanical properties of graphite   layers are performed using molecular mechanics (MM) method. Initially, due to   improving the model and decreasing the amount of computations, three types of   elements such as beam, linear spring and nonlinear spring are used. To   continue, the mechanical properties of multilayers and nanocomposites are   compared using three types of interlayer interactions. Initially, nonlinear   spring defined by Leonard Jones potential is used to define interlayer   interactions (ordinary case). To continue, linear spring with certain   stiffness, to obtain an equal linear spring and also to investigate the   ultimate capacity of interlayer interactions in the force translation, by   increasing the stiffness of linear springs, is employed (chemical change).   Then once by omitting all Van der Waals interactions and defects creation in   graphite layers, they are devoted to create covalent interlayer interactions   (using Morse potential) and another time, Van der Waals and covalent   interlayer interactions are created spontaneously to study the properties of   multilayers and nanocomposites (functionalization). The results are compared   with other available literatures in this case to validate the modeling

The influence of interlayer interactions on the mechanical properties of polymeric nanocomposites