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THE DESIGN OF BRACING SYSTEMS FOR PLATE GIRDER BRIDGES

机译：板梁桥梁支撑系统的设计

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D. A. NETHERCOT;
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年度 1989
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1. Improved bracing systems to prevent exterior girder rotation during bridge construction [J] . Ashiquzzaman Md, Ibrahim Ahmed, Lindquist Will, Steel & Composite Structures: An International Journal . 2019,第3期

机译：改进的支撑系统，以防止桥梁施工期间的外部梁旋转
2. Effectiveness of different bracing systems to prevent exterior girder rotation during bridge deck construction [J] . Ashiquzzaman Md, Calvo Carlos Merino, Hui Li, Engineering Structures . 2017,第JULa1期

机译：不同的支撑系统在桥面施工过程中防止外梁旋转的有效性
3. Reliability based design optimization for bridge girder shape and plate thicknesses of long -span suspension bridges considering aeroelastic constraint [J] . Kusano Ibuki, Montoya Miguel Cid, Baldomir Aitor, Journal of Wind Engineering and Industrial Aerodynamics: The Journal of the International Association for Wind Engineering . 2020,第期

机译：考虑空气弹性约束的长轴悬架桥梁桥梁形状和板厚的可靠性设计优化
4. METAL-DECK BRACING SYSTEMS FOR TRAPEZOIDAL STEEL BOX-GIRDER BRIDGES [C] . Brian S. Chen, Joseph A. Yura Structual Stability Research Council 2003 Annual Technical Session amp; Meeting: Reports on Current Research Activities Apr 2-5, 2003 Baltimore, Maryland . 2003

机译：梯形钢箱梁桥的金属甲板支撑系统
5. Optimizing Temporary Bracing Systems in Steel Bridges to Mitigate Rotation of Exterior Girders During Deck Construction [D] . Gillis, Brandon. 2021

机译：优化钢结构临时支撑系统，在甲板建设过程中减轻外部梁的旋转
6. Design Optimization and Structural Performance Evaluation of Plate Girder Bridge Constructed Using a Turn-Over Process [O] . Gi-Ha Eom, Sung Jae Kim, Tae-Hee Lee, 2017

机译：翻板法建造板梁桥的设计优化与结构性能评估。
7. A STUDY ON DEVELOPING DESIGN-STRENGTHENING SUPPORT SYSTEM FOR COMPOSITE PLATE GIRDER BRIDGES USING THE EXTERNAL PRESTRESSING TECHNIQUE [O] . Katsuji TEI, Hideaki NAKAMURA, Ayaho MIYAMOTO 1999

机译：用外部预应力技术开发复合板梁桥梁设计强化支撑系统的研究
8. Fatigue of Curved Steel Bridge Elements: Design Recommendations for Fatigue of Curved Plate Girder and Box Girder Bridges [R] . Daniels, J. H. , Fisher, J. W. , Yen, B. T. 1980

机译：弯曲钢桥梁构件的疲劳：曲线板梁和箱梁桥疲劳的设计建议

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