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Laser Beam Welding of Thick Titanium Sheets in the Field of Marine Technology

机译：海洋技术领域厚钛板的激光束焊接

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Schneider André; Gumenyuk Andrey; Lammers Marco; Malletschek Andreas; Rethmeier Michael;
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年度 2014
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1. Weldability of 1.6 mm thick aluminium alloy 5182 sheet by single and dual beam Nd: YAG laser welding [J] . Deutsch M.G., Punkari A., Weckman D.C., Science and Technology of Welding & Joining . 2003,第4期

机译：单束和双束Nd：YAG激光焊接对1.6毫米厚铝合金5182板的可焊性
2. Weldability of 1 centre dot 6 mm thick aluminium alloy 5182 sheet by single and dual beam Nd: YAG laser welding [J] . M. G. Deutsch, A. Punkari, D. C. Weckman Science and Technology of Welding and Joining . 2003,第4期

机译：单束和双束Nd：YAG激光焊接可焊接1个中心点6毫米厚的铝合金5182板
3. Impact performance and microstructures of thick TA1 titanium alloy sheets welded by vacuum electron beam [J] . Su Mo-Lin, Li Ji-Shuai, Qi Wen-Jun, Physica Scripta: An International Journal for Experimental and Theoretical Physics . 2019,第11期

机译：真空电子束焊接厚TA1钛合金板的冲击性能和微观结构
4. Evaluation of Electron Beam Welding and Plasma Welding of Titanium Alloy Triangular Beams (1 inch thick 6-4 titanium); [C] . Vladimir Radzinsky 15th Annual International Titanium Association conference and exhibition . 2001

机译：钛合金三角梁（1英寸厚6-4钛）的电子束焊接和等离子焊接的评估；
5. Nd: YAG Laser Beam Forming of Titanium Alloy Sheets [D] . Marya, Manuel P. 1999

机译：ND：钛合金板材的YAG激光束形成
6. Assessment of the Weldability of T-Welded Joints in 10 mm Thick TMCP Steel Using Laser Beam [O] . Jacek Górka 2018

机译：用激光束评估10 mm厚TMCP钢中T焊接头的可焊性
7. 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 [O] . Benjamin Kessler, Dirk Dittrich, Berndt Brenner, 2021

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
8. Development of Engineering Data on Thick-Section Electron Beam Welded Titanium. [R] . bjeletich,john g. 1974

机译：厚截面电子束焊接钛工程数据的开发。

Laser Beam Welding of Thick Titanium Sheets in the Field of Marine Technology

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