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Innovative approaches for controlling the material flow in sheet-bulk metal forming processes

机译:用于控制薄膜散装金属成形过程中材料流动的创新方法

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Using sheet-bulk metal forming processes the application of bulk forming operations on sheet metals enables the manufacturing of functional components with local wall thickness variations. As these processes come along with a two- and three-dimensional material flow, the control of the material flow is crucial for ensuring a proper filling of functional elements and thus ensuring the components quality. Controlling the material flow can be achieved by different solutions: the local adaption of tribological conditions and the application of process adapted semi-finished parts. In this paper, both solutions as well as their general qualification in two sheet-bulk metal forming processes are presented.
机译:使用薄片金属成型方法,在片材金属上的散装形成操作的应用使得能够制造具有局部壁厚变化的功能组分。 随着这些过程与两维和三维材料流动相同,对材料流的控制对于确保功能元件的适当填充并因此确保部件质量来说是至关重要的。 控制材料流动可以通过不同的解决方案实现:陶瓷条件的局部适应和工艺适用的半成品部分。 本文介绍了两种解决方案以及它们在两个薄板散装金属成形过程中的一般资格。

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