Noncontact Processing of Fibers, Beams, Webs and Plates

9700973川普许多工业操作的中心是处理轴向移动通过连续功能工位的细长元件。在这些过程中，能够在不直接接触产品的情况下处理产品可能是有利的。讨论了可以在无接触的情况下受磁力或电力作用的材料的类别。本研究旨在发展适用于非接触加工的电磁悬浮的一般理论，并通过实验验证所发展的理论。还将开发实现这一新技术所需的相关控制理论、动态分析、传感器和执行器。非接触式加工为处理涉及轴向运动的材料提供了许多优点。通过磁悬浮或电悬浮对材料进行非接触加工的发展为未来的材料处理和加工带来了希望。这项新技术的理论发展和实验验证对于推动这类设备现有的最先进水平至关重要。

9700973 Trumper Many industrial operations center on the processing of an elongated element moving axially through successive functional stations. In these processes it may be advantageous to be able to handle the product without directly touching it. The classes of materials which can be acted on with magnetic or electric forces without contact are addressed. This research is aimed to develop a general theory for electric and magnetic suspensions applicable to noncontact processing and experimentally verify the developed theory. The associated control theory, dynamic analyses, sensors and actuators which are needed to implement this new technology will also be developed. Noncontact processing provides many advantages for handling of materials that involve axial movements. The development of noncontact processing of materials via magnetic or electric suspension holds promise for future material handling and processing. Theoretical development of this new technology and its experimental verification are essential to advancing the existing state-of-the-art for this kind of equipment.