Abstract:A nonlinear dynamic model is established for the rotor-spun composite yarn spinning process. The presented study sheds light on the understanding of the rule and the motion of the rotor-spun composite yarn's convergent point.
“…Resonance occurs when a force hits periodically a system, however, some spinning systems such as the two-strand spinning system and the rotor rotor-spun composite yarn spinning system [1][2][3][4] will collapse without external forces, and we call this phenomenon as the inner-resonance.…”
In this paper, a dynamic model was proposed for the rotor-spun composite yarn spinning process. The conditions for inner-resonance were obtained, which should be avoided in the spinning process.
“…Resonance occurs when a force hits periodically a system, however, some spinning systems such as the two-strand spinning system and the rotor rotor-spun composite yarn spinning system [1][2][3][4] will collapse without external forces, and we call this phenomenon as the inner-resonance.…”
In this paper, a dynamic model was proposed for the rotor-spun composite yarn spinning process. The conditions for inner-resonance were obtained, which should be avoided in the spinning process.
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