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Effect of welding parameter on pitch angle for electronic circuit process

机译:焊接参数对电子电路工艺俯仰角的影响

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Laser welding process plays important role in assembling the small component. In the process, thereare many parameters that must be controlled in order to yield the good welding quality such as currentpower, welding time, inert gas feed rate, pressing force, and welding position. An understanding in thecharacteristics of those parameters makes the engineers to improve the quality of welding. This researchstudies the effects of those influent parameters to the pitch angle of the welding joints. The Box-Behnkenmethod is investigated for design the experiment. The parameters for controlling the machine arevaried within the available range of the welding. The experimental data is taken into account for analyzing?statistically and the variation of the data is of interest. The experimental data is then taken into accountfor formulating the correlations between the pitch angle and those welding parameters. The correlationscan be used to predict the effect of each parameter to the pitch angle and leading to apply in thewelding process.
机译:激光焊接过程在组装小部件方面起着重要作用。在该过程中,在该过程中,必须控制许多参数,以便产生良好的焊接质量,例如电阻器,焊接时间,惰性气体进料速率,压力和焊接位置。在这些参数的构成中的理解使工程师提高了焊接质量。这将这些流入参数的影响研究到焊接接头的俯仰角。 CANT-BEHNKENMETHOD进行了调查以设计实验。用于控制机器的参数在焊接的可用范围内避免。考虑到实验数据进行分析?统计上和数据的变化感兴趣。然后将实验数据考虑在俯仰角和那些焊接参数之间配制相关性。相关性可用于预测每个参数对俯仰角的效果,并导致在焊接过程中应用。

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