A characterization of quality of sheared edge in fine blanking using edge-computing approach
A characterization of quality of sheared edge in fine blanking using edge-computing approach
复制标题
使用边缘计算方法表征精冲中剪切边缘的质量
DOI：
10.1016/j.promfg.2018.07.280
复制
发表时间：
2018
期刊：
影响因子：
--
通讯作者：
Klocke
中科院分区：
文献类型：
--
作者：
Trauth;Daniel;Stanke;Joachim;Feuerhack;Andreas;Thomas;Mattfeld;Patrick;Klocke
在精冲加工中，剪切边的质量至关重要。由于剪切边缘需要传递工艺力并精确对齐零件，因此需要消除模具辊、撕裂和撕裂等属性。目前，这些属性是在过程链的末端手动确定的，这使得影响因素和属性之间的完整关联几乎不可能。如果可以创建属性的实时评估，不仅可以找到未知的相关性，还可以进行即时的工艺调整，优化剪切边缘的质量。因此，本文的贡献集中在边缘计算方法的开发上。
In fine blanking the sheared edge’s quality is of major importance. As the sheared edge needs to transmit process forces and precisely align parts, attributes like die rolls, tears and tear-offs need to be eliminated. Currently, these attributes are manually determined at the end of the process chain, which makes a complete correlation between influencing factors and the attributes hardly possible. If it would be possible to create a real-time evaluation of the attributes, not only unknown correlations would be found, also an instant process adaption could be made, optimizing the quality of the sheared edge. Therefore, this contribution focusses on the development of an edge computing approach.
影响因子：
2.4
作者：
Dratz, B.;Nalewajk, V.;Chastel, Y.
通讯作者：
Chastel, Y.