Vibrational analysis of nanoplate with surface irregularity via Kirchhoff plate theory

In this work, an attempt is done to apply the Kirchhoff plate theory find out vibrational analyses of a nanoplate incorporating surface irregularity effects. The effects on natural frequency vibration nanomaterials, especially for nanoplates, have not been investigated before, and most previous research carried regular nanoplates. Therefore, it must be emphasized that vibrations irregular are novel applicable nanodevices, in which nanoplates act as main structure nanocomposite. assumed parabolic form at nanoplate. A equation motion derived. obtained results provide better representation behavior It has observed presence affects considerably addition, seen decreases with increase parameter. Finally, can said, present may serve useful references designing oscillators nanoscale devices, structural component prevalent nanocomposites element.