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Physical and mechanical properties of high-strength steel joints produced by laser welding

机译:激光焊接生产的高强度钢接头的物理和力学性能

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Based on obtained experimental data, the influence of specific structural parameters (phase composition, grain and subgrain structures) on the mechanical properties of welded joins depending on the laser welding modes is established. Technological modes of laser welding of high-strength 14KhGN2MDAFB steel have been determined, which provide the optimal structure and phase composition and thus high indicators of mechanical properties of welded joints. The obtained results showed the prospects of using technological modes of laser welding, which provide the necessary complex of mechanical properties of welded joints by forming the most favorable structure of the weld metal and the heat affected zone.
机译:基于获得的实验数据,建立了根据激光焊接模式的特定结构参数(相位组成,谷物和粒子结构)对焊接连接的力学性能的影响。已经确定了高强度14khgn2mdafb钢的激光焊接技术模式,其提供了最佳的结构和相位组成,从而提供了焊接接头的机械性能的高指标。所得结果表明,使用激光焊接技术模式的前景,通过形成焊接金属和热影响区的最有利结构,提供了焊接接头的机械性能必要的综合体。

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