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Optimizing Conveyor Take-Up Systems Using Dynamic Analysis and the Implementation of Capstans

机译:使用动态分析和绞盘执行优化输送机卷取系统

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Although it may be perfectly acceptable to neglect the belt's elastic behavior for many conveyor designs, this can lead to disastrous consequences for others. So how can a designer know in advance if a dynamic analysis is required? Unfortunately, in many cases it is impossible to foresee or predict dynamic problems prior to performing the actual analysis. However, a basic understanding of the principles of conveyor dynamics, as well as knowledge regarding common problem areas, can significantly help the designer make more educated decisions during the initial design stage. This paper will demonstrate how static calculations alone can incorrectly represent the true behavior of the conveyor system. It will also discuss the importance of correctly sizing and locating the take-up system to provide the most economical conveyor design. The use of capstans will also be discussed followed by two examples demonstrating their proper operation.
机译:虽然忽视皮带的弹性行为对于许多传送带设计可能是完全可以接受的,但这会导致他人的灾难性后果。那么如果需要动态分析,设计人员如何提前知道?不幸的是,在许多情况下,在执行实际分析之前,不可能预见或预测动态问题。然而,对传送带动态原则的基本了解,以及关于常见问题区域的知识,可以显着帮助设计者在初始设计阶段进行更多教育的决策。本文将展示单独的静态计算如何错误地代表传送系统的真实行为。它还将讨论正确尺寸和定位卷取系统的重要性,以提供最经济的传送带设计。还将讨论使用绞盘,然后讨论两个示例,示出了它们适当的操作。

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