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Molecular dynamics is employed to study the mechanical behavior of graphene nanoribbons with clamped edges under in‐plane strain. Buckling of nanoribbons results in the appearance of periodic ripples whose orientation, wavelength, and amplitude can be controlled by varying strain components and nanoribbon width. This study shows a way of controlling physical properties of nanoribbons by introducing...
Nonequilibrium molecular dynamics (NEMD) is used to investigate the thermal‐transport properties of a silicon nanofilm covered with graphene (Gr/Si/Gr nanofilm). The investigation results demonstrate that graphene can enhance the thermal‐transport properties and weaken the ballistic characteristics of silicon nanofilm. Under the action of a small strain, the thermal conductivity decreases with the...
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