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Hybrid Manufacturing based on the combination of Mechanical and Electro Physical–Chemical Processes

机译:混合动力车制造基于机械和电器物理化学过程的组合

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In the last decade, various hybrid manufacturing processes and machining platforms have been developed, resulting in higher productivity and more efficient machining of difficult to cut materials. The broad domain of hybrid manufacturing includes on the one hand the combination of simultaneous acting processes (hybrid processes) and on the other hand sequential processes implemented on one machining platform having a significant influence on productivity. This paper gives an overview of a specific class of hybrid manufacturing processes and systems based on a combination of Mechanical and Electro Physical–Chemical processes. In this overview, the paper refers to previous review work performed within CIRP and gives in addition new and further developments in this domain.
机译:在过去的十年中,已经开发出各种混合制造工艺和加工平台,导致更高的生产率和更有效的加工难以切割材料。混合动力车制造的宽领域包括一方面同时作用过程(混合过程)的组合,以及在一个加工平台上实现的另一方面的顺序过程对生产力显着影响。本文概述了一种基于机械和电子化学方法的组合的特定类混合制造工艺和系统。在此概述中,本文是指在CIRP中执行的先前审核工作,并在此领域添加了新的和进一步的发展。

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