Nonlinear deformation analysis of CNTs with higher order Cauchy-Born rule based constitutive model

   Recently, we have developed a so-called higher order Cauchy-Born rule based

   constitutive model for the analysis of large deformation of CNTs [1]. It is

   a generalized quasi-continuum model for nano-structures.





   A computaional program is also developed based on the theoretical model

   presented in [1]. Some of the simulation results obtained with the developed

   program are summarized in the attached PDF file. From the computational results,

   it is shown that the higher order Cauchy-Born rule based model has the good

   capability to simulate the complex deformation of CNTs and graphene sheet. 





  [1] Xu Guo, JinBao Wang and Hongwu Zhang. Mechanical Properties of Single-walled

  Carbon Nanotunes Based on Higher Order Cauchy-Born Rule.

  International Journal of Solids and Structures Vol.43 2006 1276-1290.



   http://dx.doi.org/10.1016/j.ijsolstr.2005.05.049