Phenomenological multiscale finite element for single layer graphene

[Display omitted] A novel multiscale finite element is developed for the prediction of single layer graphene mechanical response. The introduced model implements a coarse-grained multiscale approach and targets computational efficiency via dimensionality reduction. Recovery of the full atomistic configuration is also possible. The element employs a set of molecular mechanics based finite elements previously developed for the prediction of the elastic response and fracture of graphene at atomistic level simulations. The development of a simple multilevel finite element is described and predictions are validated against theoretical and experimental data. Results appear to be in a very good agreement.