钢梁与钢筋混凝土桥墩刚节点结合，是组合结构桥梁重要的结构形式之一。
The rigid connection between steel girders and reinforced concrete piers is one type of the important applications of composite construction.
通过对各种参数的比较，研究地震作用下组合结构桥梁的抗震潜力及抗震性能。
By comparison of various parameters, this paper is focused on study the seismic potential and seismic performance for composite bridge.
本文在结束连续梁桥向例设计实质的根底上，较仔细地分析了组合结构桥梁设计中的四个关键问题。
Based on the continuous girder bridge completed conventional design on the basis of content, a more detailed analysis of the composite structure in the design of the bridge four key issues.
近年来，国外许多特大桥梁结构中成功地运用了材料节段组合概念。
In recent years, many especially big Bridges structure in the overseas has utilized the material section combination concept successfully.
提取出能较好反映出桥梁结构状态的特征参数，组合成特征向量。
Characteristic parameter is extracted, which can better reflect bridge structure state, combining it into the feature vector.
本文以庄河市干沟大桥为例，介绍了梁拱组合体系桥梁的静力特性及结构优化设计。
In this paper, taking the engineering of Gangou bridge as an example, introduces static characteristics and structural optimization analysis of girder and arch combination bridge.
基于平稳随机振动理论，推导了一般阻尼结构体系反应谱组合方法，以满足大跨度桥梁等结构抗震设计的需要。
A spectral combination rule is proposed based on the theory of random vibration of structures for the need of aseismic design of Bridges, etc.
桥梁经常承受车辆等疲劳荷载，因此对组合结构特别是组合桥面板的抗疲劳力学性能研究显得极为重要。
As Bridges are subjected to fatigue loads of the vehicles frequently, thus it becomes more and more important to investigate fatigue mechanisms of composite structures, especially composite decks.
波形钢腹板组合箱梁是将体外预应力技术应用于桥梁领域的一种新的结构形式。
The composite box girder with corrugated steel webs is a new structure applying external prestressing technique to bridge construction.
拱梁组合式桥梁使拱与梁在受力方面的优点得以充分发挥，呈现出优良、稳定的经济指标与美观的外形，因而是一种具有很大潜力的桥梁结构型式。
The arch-beam composite bridge gives full play to advantages of the arch and beam in the load-carrying capability, showing superior and stable economic indicators and the aesthetic appearance.
对于高烈度地震区大跨桥梁的设计推荐了一种全新的桥式方案——空腹式箱梁连续刚构，该结构是钢管桁架和预应力混凝土板的组合结构。
The author recommends a brand new long-span bridge structure in high intensity earthquake areas—consecutive box girder rigid frame bridge with hollow abdomen.
焊钉、钢结构连接副、索具、桥梁、煤田、油井、风力发电塔基组合件、体育场馆双耳内（外）旋双向螺杆、锚具、钢丝绳！
Welding nails, steel connection pair, rigging, bridges, coal, oil, wind power tower base assembly, stadiums ears (and beyond) bi-directional rotation screw, anchor, rope!
梁拱组合体系桥梁因外形优美、结构受力合理、可选择的施工方式多等优点，成为应用越来越广泛的一种桥梁结构形式。
With its beautiful style, reasonable force structure, diversity of construction methods, etc, girder and arch combination bridge has been applied more and more extensively.
目前，尽管对梁拱组合体系桥梁已经有了一些研究成果，但是对梁拱组合体系桥梁结构优化方面的研究却并不多。
Although girder and arch combination bridge has been some studies currently, but the study to the optimization of the structure is very few.
目前，尽管对梁拱组合体系桥梁已经有了一些研究成果，但是对梁拱组合体系桥梁结构优化方面的研究却并不多。
Although girder and arch combination bridge has been some studies currently, but the study to the optimization of the structure is very few.
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