首页> 外文OA文献 >Extension of the process limits in laser beam welding of thick-walled components using the Laser Multi-Pass Narrow-Gap welding (Laser-MPNG) on the example of the nickel-based material Alloy 617 occ

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Extension of the process limits in laser beam welding of thick-walled components using the Laser Multi-Pass Narrow-Gap welding (Laser-MPNG) on the example of the nickel-based material Alloy 617 occ

机译：使用激光多通窄间隙焊接（激光-MPNG）在基于镍基材料合金的示例中延伸厚壁部件的激光束焊接的过程限制617 OCC

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Benjamin Kessler; Dirk Dittrich; Berndt Brenner; Jens Standfuss; Christoph Leyens;
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1. Laser Multi-Pass Narrow-Gap Welding – A Promising Technology for Joining Thick-Walled Components of Future Power Plants [J] . Benjamin Ke?ler, Berndt Brenner, Dirk Dittrich, MATEC Web of Conferences . 2019,第2016期

机译：激光多道窄缝焊接–未来电厂厚壁部件的连接技术
2. Multi-pass narrow-gap (MPNG) laser welding process for the low-distortion and hot-crack-free joining of thick plates made of aluminium alloys [J] . Dirk Dittrich, Renald Schedewy, Berndt Brenner, Welding and cutting . 2015,第3期

机译：多道窄间隙（MPNG）激光焊接工艺，用于低变形和无热裂纹的铝合金厚板焊接
3. Applying statistical models optimize the process of multi-pass narrow-gap laser welding with filler wire [J] . Hao Shi, Ke Zhang, Zhengyi Xu, The International Journal of Advanced Manufacturing Technology . 2014,第1a4期

机译：应用统计模型优化填充焊丝多道窄缝激光焊接工艺
4. LASER MULTI-PASS NARROW-GAP WELDING OF LARGE STEEL STRUCTURES WITH MODERN DIODE LASERS [C] . Dirk Dittrich, Robert Strohbach, Axel Jahn, International Congress on Applications of Lasers Electro-Optics . 2020

机译：具有现代二极管激光器大型钢结构的激光多通窄间隙焊接
5. The Mechanical Performance and Microstructure Development of Laser Beam Welds and Post Weld Heat Treatment of Ti 1023 Alloy [D] . Huang, Meng Fu. 2018

机译：Ti 1023合金激光束焊接的力学性能和显微组织发展及焊后热处理。
6. Effect of alloy element on weld pool dynamics in laser welding of aluminum alloys [O] . Masanori Miyagi, Hongze Wang, Ryohei Yoshida, -1

机译：合金元素对铝合金激光焊接中熔池动力学的影响
7. Laser Multi-Pass Narrow-Gap Welding – A Promising Technology for Joining Thick-Walled Components of Future Power Plants [O] . Benjamin Keßler, Berndt Brenner, Dirk Dittrich, 2019

机译：激光多通窄间隙焊接 - 加入未来发电厂厚壁部件的有希望的技术
8. Comparison of the Physics of Gas Tungsten Arc Welding (GTAW), Electron Beam Welding (EBW), and Laser Beam Welding (LBW) [R] . Nunes, A. C. 1985

机译：气体钨极弧焊（GTaW），电子束焊（EBW）和激光束焊（LBW）的物理比较

Extension of the process limits in laser beam welding of thick-walled components using the Laser Multi-Pass Narrow-Gap welding (Laser-MPNG) on the example of the nickel-based material Alloy 617 occ

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