Analysis of carbon nanotubes with beam model

In this thesis, the carbon nanotubes were subjected to static analysis in different load and bearing conditions and the vibration frequencies were calculated for different sections. The effects of the abovementioned support forms on displacements are examined and presented as graphs and tables. Similarly, the effects of different sections on vibration frequencies were also investigated. Separation of variables in the free vibration equation of the beams was used. Inferences for the vibration calculations are also shown and graphs are shown for different modes. In the light of the results obtained, different displacements have been obtained for different loading and support. Similarly, it is seen that the force under the effect of the beam changes with the position of the force and therefore the load distance is also important. In the analyzes made according to the bearing conditions for the vibration calculation, different modes and periods were reached in the hexagonal sections with circles, rectangles, triangles and solid I and hollow or full.