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Measurement of impact velocity of cladding metal by photonic Doppler velocimetry (PDV)

机译:用光子多普勒测速仪(PDV)测量熔覆金属的撞击速度

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Explosive welding is a process of reliably joining two different metals often difficult to join by other techniques. The process results depend on number of parameters out of which the most important one is the cladding metal velocity at the time of impact on the cladded one. This contribution focuses on development of methodology for determination of impact velocity during the welding process. The use of Photonic Doppler Velocimetry (PDV) was tested for this purpose with different types of probes under different angles. Well tested combination in which copper plate is accelerated and welded to the steel baseplate was chosen for conducted experiments.
机译:爆炸焊接是一种可靠地连接两种不同金属的过程,这些金属通常很难通过其他技术来连接。处理结果取决于参数的数量,其中最重要的一个参数是冲击覆层金属时的覆层金属速度。该贡献致力于确定焊接过程中冲击速度的方法学的发展。为此,在不同角度下使用不同类型的探头对光子多普勒测速仪(PDV)的使用进行了测试。经过良好测试的组合(其中铜板被加速并焊接到钢底板上)被选择用于进行实验。

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