Control of uncertainty in linked machining processes at the example of a power train component (T04*)

转移项目的目标是将合作研究中心开发的方法和模型应用于钻井/扩孔过程链中的不确定性描述和控制，以实现受不确定性影响的多级过程链。在动力传动系统的范围内，配气机构部件的加工就是这样一个相互联系的过程序列。为了在这样一个过程链中控制不确定性和保证过程可靠性，需要采用包括所有必要加工过程在内的整体方法。由此可以正确选择加工策略和刀具概念。

The transfer project pursues the objective to apply the developed methods and models of Collaborative Research Centres for description and control of uncertainty at the process chain drilling/reaming to an uncertainty afflicted multilevel process chain. In the range of the power train the machining of valve train components represents such a sequence of linked processes. In order to control uncertainty and guarantee process reliability in such a process chain a holistic approach including all necessary machining processes needs to be applied. Out of it a proper choice of machining strategies and tool concepts can be made.