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1·The carrying capacity of the anchorage zone meets requirements.

索梁锚固结构承载能力满足要求。

2·Steel anchor box structure was used in the cable-tower anchorage zone.

天津保定桥为独塔单索面钢箱梁斜拉桥，索塔锚固区采用钢锚箱结构。

3·Ultimate bearing capacity of cable-girder anchorage zone was calculated by nonlinear FE analysis.

采用非线性有限元方法计算了索梁锚固区的极限承载力。

4·Process experiment of SFRC for anchorage zone between steel anchorage box and cable in bridge tower;

斜拉桥中塔索锚固区受力和结构都比较复杂 ，属于斜拉桥中的关键部位。

5·The model anti-crack safety coefficient are bigger than 1.65, the anchorage zone of the pylon are safely and reliable.

模型的抗裂安全系数大于1.65，索塔结构锚固区设计安全可靠。

6·The stress and its distribution of the cable beam anchorage zone are the key factors of the design of cable stayed bridge.

斜拉桥索梁锚固区的应力大小及分布是影响设计的关键因素。

7·This thesis sets out to make brief introduction of the full-scale model test and test result of the anchorage zone of the pylon.

本文简要介绍了索塔锚固区节段足尺模型试验及试验结果。

8·The article introduces the design of level bearing performance experiment model for cable pylon anchorage zone of Yellow River No.

该文介绍了济南黄河三桥索塔锚固区水平受力性能试验模型的设计；通过有限元分析，对试验模型和实际结构的受力进行了比较。

9·The analysis results that the stress distribution at the anchorage zone of the bridge modeled by different models are very similar.

计算结果表明，试验模型能够较好地反映实桥索梁锚固区的受力特性。

10·Whether the connection between steel plate and concrete pylon wall was reliable related to the safety of the whole anchorage zone of pylon.

钢板和混凝土塔壁之间的连接的是否可靠，关系到整个索塔锚固区的安全。