| 1. | The application of the trough type of tetaining wall in the tunnel bridge
槽式挡土墙在城市地道桥引道上的应用 |
| 2. | Specification for construction and acceptanceof underpass bridges in city and town by jacking method
城镇地道桥顶进施工及验收规程 |
| 3. | Specification for construction and acceptance of underpass bridges in city and town by jacking method
城镇地道桥顶进施工及验收规程 |
| 4. | The simulating results showed that maximum displacement and stress is affected by structure lengths
模拟结果为地道桥结构设计提供了可靠的分析依据。 |
| 5. | The structure , design and construction of underpass bridges are fully discussed in the thesis
本文较全面地讨论了地道桥结构的构造、设计和施工特点。 |
| 6. | The information involved would be helpful and valuable for application of underpass bridges
对地道桥在实际工作中的应用，本文所提供的信息是有参考价值的。 |
| 7. | In the case of grade separation engineering for highway and railroad , underpass bridges are widely applied
在公路、铁路等的立体交通工程中，地道桥被广泛地应用。 |
| 8. | Finally , a design case is enumerated , together with the introduction of practical design theories and methods
文中还提到了地道桥的设计、施工存在的一些问题，有待完善或进一步分析、总结。 |
| 9. | For satisfying various different actual requirements , underpass bridges have the forms of various different structures , design means , and construction methods
为满足各种不同的实际要求，地道桥有着各种不同的结构形式、设计手段及施工方法。 |
| 10. | The thesis classifies the underpass bridges according to their behavior characteristics , and static and dynamic behaviors of two main structures are analyzed , compared and concluded . based on the behavior characteristics of underpass bridges with different skew angles some useful suggestions are then given for their design . also , the construction methods of underpass bridges are summed up and each methods " process is described in detail
本文按照地道桥的受力特点对其进行了分类，对其中两种主要结构的静力、动力特点进行了分析、比较和归纳；基于框架地道桥在不同斜交角度下的受力特征，对其结构设计提出了有用的建议；总结了地道桥的两类施工方法，并较详细地阐述了它们各自的主要过程；结合某地道桥设计计算实例，介绍了在结构设计方面的实用理论和方法。 |
