In-plane and out of plane free vibration in nano ultra-thin film using a general nonlocal Kirchhoff ultra-thin film model

Document Type : Full Length Article

Authors

1 Band Street

2 Urmia

10.22064/tava.2021.115465.1148

Abstract

In this paper, the in-plane and out of plane free vibration of the Kirchhoff nano ultra-thin film are studied. To reveal the altering natures of natural frequencies in nano ultra-thin film, the film is modeled according to the general nonlocal theory. The film governing equations as well as the characteristics eigenvalues equations are derived depending on two different nonlocal parameters.
The existence of these different nonlocal parameters causes the model is able to predict both increase and reduction of stiffness in nano ultra-thin film. Here, the differential quadrature method (DQM) is applied for obtaining the natural frequencies of in-plane and out of plane. An intensive parametric study is carried out the nonlocal on the natural frequencies of nano ultra-thin film. The results reveal that the effect of nonlocal parameters on the frequency parameter is more prominent at the higher aspect ratios. Also, the effects of different boundary conditions are considered

Highlights

1-    The in-plane and out of plane free vibration of Kirchhoff nano ultra-thin film are studied.

2-    The general nonlocal theory is used to model the length of material scale .

3-    The characteristics eigenvalues equations are derived based on two nonlocal parameters.

4-    An intensive parametric study is carried out on the natural frequencies of nano ultra-thin film.

 

Keywords

Main Subjects


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