Edge construction of a bridged by a closure joint to concrete bridges, in particular clamping concrete bridges

• 1. 钢筋混凝土桥梁浅桩板基础桩径计8倍高的桥荷柱 [P] . 中国专利： CN103061251A . 2013-04-24
• 2. 钢筋混凝土桥梁浅桩板基础桩径计8倍高的桥荷柱 [P] . 中国专利： CN203113363U . 2013.08.07
• 3. Edge construction of a bridged by a closure joint to concrete bridges, in particular clamping concrete bridges [P] . 德国专利： DE000002249287C . 1974-04-18

  机译： 通过封闭缝连接到混凝土桥梁的桥的边缘结构，特别是夹紧混凝土桥梁

• 4. Edge construction of a bridged by a closure joint to concrete bridges, in particular clamping concrete bridges [P] . 德国专利： DE2249287C2 . 1974-04-18

  机译： 通过封闭缝连接到混凝土桥梁的桥的边缘结构，特别是夹紧混凝土桥梁

• 5. CLOSURE POUR MATERIAL FOR LONGITUDINAL JOINT OF DECKED PRECAST CONCRETE GIRDER BRIDGE AND BRIDGE CONSTRUCTION METHOD USING THE SAME [P] . 韩国专利： KR20140056626A . 2014-05-12

  机译： 桥面预制混凝土桥梁纵向节点的封闭浇筑材料及桥梁的相同施工方法。

• 1. Study on Quality Control of Concrete Raw Materials in Road and Bridge Construction [J] . Suqin Han, Xiuyong Ni, Ruimin Huang 建筑与工程前沿研究(英文) . 2021,第001期
• 2. EVALUATION OF HIGH PERFORMANCE 1 FIBER-REINFORCED CONCRETE FOR BRIDGE DECK CONNECTIONS, CLOSURE POURS, AND JOINTS [C] . Levon C. Hoomes, Celik Ozyildirim, Michael C. Brown Annual meeting of the transportation research board;Transportation Research Board . 2014
• 3. Design and field construction of Hawkeye Bridge using ultra high performance concrete for accelerated bridge construction. [D] . Kim, Haena. 2016
• 4. Numeric Analysis on Shear Behavior of High-Strength Concrete Single-Keyed Dry Joints with Fixing Imperfections in Precast Concrete Segmental Bridges [O] . Haibo Jiang, Mingzhu Chen, Zhijun Sha, 2020
• 5. Book reviewsThe use of a grillage analogy for the analysis of slab and pseudo-slab bridge decks WestR. Published by the Cement and Concrete Association, 1973. A4, pp. 104. Price £2. Research, Report 21 (Publication 41.021). Recommendations on the use of grillage analysis for slab and pseudo-slab bridge decks WestR. Published by the Cement and Concrete Association and the Construction Industry Research and Information Association, 1973. A4, pp. 24. Price 50p. Publication 46.017. [O] . A. R. Cusens 1974
• 6. Bridge No. 5/725 Alger Road Undercrossing; Bridge No. 5/803 Samish InnUndercrossing; Bridge No. 5/807 South Bellingham Undercrossing. Microsilica Modified Concrete Overlay. Post Construction and Annual Reports, December 1991 [R] . Roper, T. H., Henley, E. H. 1991

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• 6. 基于BIM技术的混凝土桥梁结构耐久性评估及可视化 [A] . 韩旺和 . 2020