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Fatigue performances of FSW and GMAW aluminum alloys welded joints: Competition between microstructural and structural-contact-fretting crack initiation

机译：FSW和GMAW铝合金焊接关节的疲劳性能：微观结构和结构接触裂纹启动之间的竞争

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D. Texier; F. Atmani; P. Bocher; F. Nadeau; J. Chen; Y. Zedan; N. Vanderesse; V. Demers;
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1. Fatigue performances of FSW and GMAW aluminum alloys welded joints: Competition between microstructural and structural-contact-fretting crack initiation [J] . Texier D., Atmani F., Bocher P., International Journal of Fatigue . 2018,第NOVa期

机译：FSW和GMAW铝合金焊接接头的疲劳性能：微观结构与结构接触微动裂纹萌生之间的竞争
2. Fatigue crack growth in the welding nugget of FSW joints of a 6060 aluminum alloy [J] . G. DUrso, C. Giardini, S. Lorenzi, Journal of Materials Processing Technology . 2014,第10期

机译：6060铝合金FSW接头焊接熔核中的疲劳裂纹扩展
3. Fatigue crack growth in the welding nugget of FSW joints of a 6060 aluminum alloy [J] . G. DUrso, C. Giardini, S. Lorenzi, Journal of Materials Processing Technology . 2014,第10期

机译：6060铝合金FSW接头焊接熔核中的疲劳裂纹扩展
4. Experimental investigation of fatigue crack growth in the welding nugget of FSW joints of a 6060 Aluminum Alloy [C] . Marcassoli P., Longo M., DUrso G. International Conference on Fracture and Damage Mechanics . 2012

机译：6060铝合金FSW关节焊块疲劳裂纹增长的实验研究
5. MICROSTRUCTURAL AND MECHANICAL ASPECTS OF FATIGUE CRACK INITIATION AND GROWTH IN A 2048 ALUMINUM ALLOY. [D] . BAIK, JAI-MAN. 1983

机译：2048铝合金中疲劳裂纹萌生和生长的微观结构和力学方面。
6. Influence of Adhesive in FSW: Investigation on Fatigue Behavior of Welded Weld-Bonded and Adhesive-Bonded Joints in Aluminum AA 6082 T6 [O] . Enrico Lertora, Chiara Mandolfino, Marco Pizzorni, 2019

机译：粘合剂在FSW中的影响：对AA 6082 T6铝中焊接焊接和粘合接头疲劳行为的研究
7. Research on Corrosion Fatigue Crack Propagation Behavior of Welded Joints of A7N01P-T4 Aluminum Alloys [O] . 2016

机译：A7N01P-T4铝合金焊接接头腐蚀疲劳裂纹谱的研究
8. Aluminum Welding: Out-of-Position Welding of 5000 Series Aluminum Alloys Using Pulse GMAW Power Sources. [R] . Nakata, M. Y. 1984

机译：铝焊：使用脉冲GmaW电源的5000系列铝合金的非位置焊接。

Fatigue performances of FSW and GMAW aluminum alloys welded joints: Competition between microstructural and structural-contact-fretting crack initiation

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