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Forming of Hybrid Components made of Fiber-Reinforced Plastics and Metals

机译:形成由纤维增强塑料和金属制成的杂种组分

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摘要

Lightweight construction is an important issue both in aviation and automotive industries. One possible approach to achieve lightweight, is using lightweight material. Here, conventional materials are replaced by more efficient. This line of thought can be driven even further, by not just replacing one material by another, but instead combining the particular advantages of different materials in one component. Multi-Material design offers the possibility of using the specific advantages of different materials in each area of the component and thus to construct a robust, but lightweight component. However, the separate manufacturing of different components and a subsequent joining to an overall component is hardly economical in mass production. Therefore, one of the challenges, when using Muli-Material design, is the economic production of hybrid parts.
机译:轻量级建设是航空和汽车行业的重要问题。实现轻质的一种可能的方法是使用轻质材料。这里,传统材料更有效地取代。这种思路可以进一步推动,而不仅仅是用另一个材料替换一种材料,而是将不同材料的特定优点相结合在一个部件中。多材料设计提供了在部件的每个区域中使用不同材料的特定优点,从而构造坚固但轻质的部件。然而,在大规模生产中,不同组分的单独制造和随后的连接到整个部件几乎不经济。因此,其中一个挑战是在使用多米材料设计时,是混合零件的经济生产。

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