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Fatigue Behavior and Failure Assessment of Plate Connections in Ship Shaped Structures

机译：船形结构板连接的疲劳行为和失效评估

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WANG ZHEN;
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年度 2008
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1. Methods for ultimate limit state assessment of ships and ship-shaped offshore structures: Part Ⅰ-Unstiffened plates [J] . Jeom Kee Paik, Bong Ju Kim, Jung Kwan Seo Ocean Engineering . 2008,第2期

机译：船舶和船形海上构筑物极限极限状态评估方法：第一部分-未加筋板
2. Fatigue Test Data for Welded Connections in Ship-Shaped Structures [J] . W. S. Kim, I. Lotsberg Journal of offshore mechanics and arctic engineering . 2005,第4期

机译：船形结构焊接连接的疲劳试验数据
3. Experimental investigation and low-cycle fatigue behavior of I-shaped steel bracing members with gusset plate connections [J] . Zhang Wenyuan, Zeng Lijing, Gardoni Paolo, Thin-Walled Structures . 2021,第May期

机译：用角撑板连接的I形钢支撑构件的实验研究和低循环疲劳行为
4. Equivalent design wave approach for fatigue assessment of ship shaped structures [C] . S.E. Heggelund, G. Storhaug, A. Gon?alves, International Conference on Maritime Technology and Engineering . 2016

机译：船舶形状结构疲劳评估的等效设计波方法
5. Developing Fatigue Resistant Tube-to-transverse Plate Welded Connections for Highway Sign, Signal, and Luminaire Support Structures [D] . Park, Yeun Chul. 2015

机译：为公路标志，信号和灯具支撑结构开发疲劳抗性管 - 横向板焊接连接
6. Static and Fatigue Behavior of Rubber-Sleeved Stud Shear Connectors as Part of Field-Cast Ultra-High Performance Concrete Connections [O] . Zhigang Zhang, Xiaoqing Xu 2020

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7. Fatigue Behavior of Connection Plate between Main Girder and Cross Beam in Composite Plate Girder(Welding Mechanics, Strength Design) [O] . HORIKAWA Kohsuke, MATSUMOTO Shinji, KITAZAWA Masahiko 2013

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8. SYNTHESIS OF COOPERATIVE FATIGUE INVESTIGATIONS WITH NOTCHED PLATES AND WELDED SHIP STRUCTURES OF ST 42 AND ST 52 ANALYSIS AND CONCLUSIONS OF FATIGUE RESEARCH CARRIED OUT IN SUPPORTED BY THE EUROPEAN COMMUNITY FOR CARBON AND STEEL [R] . J. J. W. NIBBERING, H. G. SCHOLTE, J. VAN LINT 1974

机译：sT 42和sT 52的缺口板和焊接船结构的合作疲劳研究综述欧洲碳钢共同支持的疲劳研究分析与结论

Fatigue Behavior and Failure Assessment of Plate Connections in Ship Shaped Structures

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