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This study investigates the nonlinear vibrational behavior and stability of curved single-walled carbon nanotubes (SWCNTs) under combined thermal and magnetic field conditions with parametric excitation. The research examines primary resonance phenomena in self-sustaining oscillations, analyzing how these nanoscale structures respond to simultaneous thermal loads and magnetic forces. The work provides theoretical analysis of the dynamic stability boundaries for these curved nanostructures under complex loading conditions.
Why it matters
Understanding the dynamic behavior of carbon nanotubes under thermal and electromagnetic conditions is critical for developing nanoscale sensors, actuators, and electronic devices that operate in extreme environments. This research could inform the design of more stable and reliable nano-electromechanical systems (NEMS) for applications in aerospace, energy harvesting, and medical diagnostics.
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