Study on Belt Skew. Experiment and Simulation.

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  • ベルトのスキューに関する研究　　実験およびシミュレーション
  • ベルト ノ スキュー ニ カンスル ケンキュウ ジッケン オヨビ シミュレーション

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Development of color printer, postal classification machine, automatic teller machine and so on requires higher moving performance of flat belt. Skew of the flat belt running between angular misaligned cylindrical rollers is investigate by experiment and FEM simulation. Characteristics of the skew phenomena are clarified to some degrees and the FEM simulation by MARC-MENTAT gives results corresponding to the experimental ones. The results show that the skew phenomena is composed of a transient skew and steady one. The skew rate in the steady skew increases in proportional to the angular misalignment. Both friction coefficient and belt initial tension have little effects on the skew rate. During the steady skew, the skew is composed of two components. The one is due to the difference in belt slope between the tension and loose sides of the belt. The other is due to the belt slip on the rollers.

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