Abstract
The influence of longitudinal magnetic fields on the nanomechanical sensing behavior of single-walled carbon nanotubes (SWCNTs) is of interest. To this end, a nonlocal mathematical model is proposed to study alteration of the fundamental flexural frequency of a magnetically affected SWCNT due to an arbitrarily added nanoparticle. The explicit expressions for the frequency shift of magnetically affected cantilevered and bridged SWCNTs due to the addition of a nanoparticle at the tip and midspan points are obtained. The predicted results reveal that the mechanical sensing of SWCNTs is generally enhanced by application of the longitudinal magnetic field.
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