The structural response of an electrostatically-actuated single-walled carbon nanotube (SWCNT) actuator is investigated.
A nonlinear Galerkin model taking into consideration the SWCNT rippling deformations as well as the Casmir forces is derived.
The SWCNT rippling deformations along with the Casimir attractive forces were shown to alter its static and dynamic stability.
Results were compared with experimental and molecular data and therefore the integrity of the numerical analysis were verified.