Taking the distortion of component parts along a manufacturing chain into consideration during planning
Taking the distortion of component parts along a manufacturing chain into consideration during planning
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在规划过程中考虑制造链中零部件的变形
DOI：
10.1002/mawe.200900458
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发表时间：
2009
影响因子：
1.1
通讯作者：
K. Thoben
中科院分区：
文献类型：
--
作者：
D. Klein;M. Seifert;K. Thoben
如果在制造过程的规划中考虑到零部件的变形，则可以将其最小化。因此，消除失真的成本，e。G.通过研磨，可以减少。从钢铁生产开始，工件的状态在每个工艺步骤中不断变化。因此，出现了变形可能性，该变形可能性在硬化后作为变形在组成部件处可见。为了在计划中考虑变形，必须在制造的每个时间确定状态。到目前为止，还没有工具能够描述沿着整个工艺链的工件状态。在这篇文章中，将提出一种替代方案，这是能够描述状态的变化沿着整个制造链。最后，利用该描述，可以执行对预期失真的估计。
Distortion of a component part can already be minimized if it is considered in the planning of the manufacturing process. Thus, costs of the removal of distortion, e. g. by grinding, can be reduced. Beginning with steel production the state of a workpiece changes every process step continuously. Thereby, a distortion potential arises that will be visible at the component part after hardening as distortion. To consider distortion in planning the state has to be determined at every time of manufacturing. So far, no tools exist to describe the workpiece state along an entire process chain. In this article an alternative will be presented which is able to describe changes of states along an entire manufacturing chain. Finally, with this description an estimation of the expected distortion can be carried out.