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Using non-equilibrium molecular dynamics method(NEMD), we have found that thethermal conductivity of multilayer graphene nanoribbons monotonously decreaseswith the increase of the number of layers, such behavior can be attributed tothe phonon resonance effect of out-of-plane phonon modes. The reduction ofthermal conductivity is found to be proportional to the layer size, which iscaused by the increase of phonon resonance. Our results are in agreement withrecent experiment on dimensional evolution of thermal conductivity in few layergraphene.

Layer and size dependence of thermal conductivity in multilayer graphene nanoribbons