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首页> 外文期刊>Journal of Manufacturing Processes >Investigating the effect of brazing parameters on joint quality in DIN 2391 steel material and natural stone cutting core sockets joined by using induction brazing method
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Investigating the effect of brazing parameters on joint quality in DIN 2391 steel material and natural stone cutting core sockets joined by using induction brazing method

机译：研究钎焊参数对采用感应钎焊法连接的DIN 2391钢材和天然石材切割芯插座的接头质量的影响

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摘要

The aim of this experimental study is to investigate to effects of brazing temperature and amount of filler materials on strength and microstructure of the joints. Working life of the sockets used in the sawing of natural stones depends on the joining methods, parameters, and properties of socket such as microstructure. Selection of suitable joining method is an important for longer life of the sockets. Otherwise, damage occurs at the joining of socket and steel plates (DIN 2391). For this aim, joining process was performed at the temperatures of 600 and 610 degrees C by induction heating and three amounts of filler material (1.0, 1.25 and 1.5 mg) were used in the joining process. Shear test was conducted to determine the strength of the joint and microstructure was analysed by scanning electron microscopy (SEM). It was concluded that the highest strength was obtained from the sample joined with brazing temperature of 610 degrees C and the amount of filler material of 1.5 mg.
机译：本实验研究的目的是研究钎焊温度和填充材料的数量对接头强度和微观结构的影响。用于天然石材锯切的承窝的使用寿命取决于其连接方法，参数和承窝的性质（例如微观结构）。选择合适的连接方法对于延长插座的寿命很重要。否则，在插座和钢板的连接处会发生损坏（DIN 2391）。为此目的，通过感应加热在600和610℃的温度下进行接合过程，并且在接合过程中使用了三种填充材料（1.0、1.25和1.5mg）。进行剪切试验以确定接头的强度，并通过扫描电子显微镜（SEM）分析显微组织。结论是，在钎焊温度为610℃，填充材料量为1.5 mg的情况下，样品获得了最高的强度。

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