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Manufacture of Functionally Gradient Materials Using Weld-Deposition

机译:使用焊接沉积制造功能梯度材料

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摘要

When the inherent inhomogeneity of Additive Manufacturing techniques is carefully exploited, the anisotropy transforms into the desired distribution of the properties paving the way for manufacture of Functionally Gradient Materials. The present work focuses on using welddeposition based Additive Manufacturing techniques to realize the same. Mechanical properties like hardness and tensile strength can be controlled by a smaller degree through control of process parameters like current, layer thickness etc. A wider control of material properties can be obtained with the help of tandem weld-deposition setup like twin-wire. In tandem twin-wire weld-deposition, two filler wires (electrodes) are guided separately and it is possible to control each filler wire separately. The investigations done on these two approaches are presented in paper
机译:当仔细利用增材制造技术固有的不均匀性时,各向异性将转变为所需的特性分布,从而为功能梯度材料的制造铺平了道路。本工作着重于使用基于焊接沉积的增材制造技术来实现这一目标。可以通过控制电流,层厚等工艺参数来较小程度地控制诸如硬度和拉伸强度之类的机械性能。借助诸如双焊丝之类的串联焊接沉积设置,可以对材料性能进行更广泛的控制。在串联双焊丝焊接沉积中,两条焊丝(电极)分别被引导,并且可以分别控制每条焊丝。论文介绍了对这两种方法的研究

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