Material based process model for linear noncircular coil winding processes with large wire gauge: Investigation of wire material influences on the winding process and compensation approaches
Material based process model for linear noncircular coil winding processes with large wire gauge: Investigation of wire material influences on the winding process and compensation approaches
复制标题
基于材料的大线规线性非圆形线圈绕制工艺模型：研究线材对绕制工艺的影响和补偿方法
DOI：
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发表时间：
2013
期刊：
影响因子：
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通讯作者：
J. Fleischer
中科院分区：
文献类型：
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作者：
F. Blanc;E. Ruprecht;J. Fleischer
本文概述了基于材料的工艺模型方法的不同模拟方面，并介绍了考虑的模型参数。为了考虑缠绕过程中所有可能的影响，将检查从送丝到应力摄入的临界丝应力条件，同时将丝放置在线圈主体边缘周围。将讨论使用开发的模型为不同的材料确定的方面的缠绕过程和可能的对策，以避免或补偿的临界力将进行。将分析关于新原理的协同作用，如基于压电的线制动器。
This paper comprises an overview of different simulation aspects for a material based process model approach and introduces considered model parameters. In order to consider all possible influences through the winding process, critical wire stress conditions, from wire feeding to stress intake while wire placement around the coil body edges, will be examined. The use of the developed model for different material determined aspects of the winding process will be discussed and possible counter-measures for avoidance or compensation of critical forces will be carried out. Synergies regarding new principles, like piezoelectric based wire brakes will be analyzed.