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Dynamic Balance Optimisation for the Middle Shaft System of a Cotton Comber Based on ADAMS

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Abstract:

For the vibration problem of a cotton comber, a model of the middle shaft system of a headstock was built using SOLIDWORKS software. It was found that the vibration was mainly caused by the shifting of the centroid. Then a dynamic optimisation model was established according to the dynamic balancing theory using the revolving method. The installment of the middle shaft system was optimised using ADAMS software with the aim of minimising its counterforce. The optimal value of the flange plate and timing regulation plan are given correspondingly. The results show that the noise and vibration of the comber CM500 are decreased significantly.

Tags:

cotton comber, dynamic balance design, parameterization design, ADAMS.

Citation:

Xu B, Ma Q, Liu X. Dynamic Balance Optimisation for the Middle Shaft System of a Cotton Comber Based on ADAMS. FIBRES & TEXTILES in Eastern Europe 2012; 20, 3(92): 43-45.

Published in issue no 3 (92) / 2012, pages 43–45.

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