This research examines stability in fluid-conveying pipes with internal damping, suggesting rotational speed significantly influences stability outcomes.
The nonlinear dynamics and stability of fluid-conveying pipes rotating about their longitudinal axis, incorporating structural damping, are investigated in this study. The stability region is investigated, and post-instability behavior is explored, with emphasis on the influence of rotational speed on stability in the presence of internal damping. This research contributes to a deeper understanding of nonlinear vibrations and structural stability in spinning fluid-conveying pipes.
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