介绍了桥梁承载能力静动态鉴定的理论、试验结果及软件研制。
Theory and experience results of bridge bearing capacity identified by dynamic and static method are presented.
因此研究一种简便、快捷的桥梁承载能力以及损伤识别的方法具有重要的现实意义。
So it is an important realistic significance to explore a simple rapid approach to detect bridge load capacity and bridge damage.
校验系数作为评价桥梁承载能力的指标应该有比较严格的定义和较为准确的计算方法。
As the indicator of evaluating the carrying capacity of the bridge, calibration coefficient should have Strict definition and accurate methods of calculation.
桥梁承载能力评估是桥梁维修、加固和技术改造的基本依据，也是桥梁管理的重要组成部分。
The load-carrying capacity assessment is the basic foundation of bridges repairing, strengthening and technical reconstruction. It is also the important part of the bridge management.
合理评估既有桥梁承载能力是保证线路安全的一项重要工作，也是需要进一步研究的重要课题。
Therefore, the reasonable evaluation on the bearing capacity of existing bridges is not only an urgent issue in order to insuring the sa.
桥梁结构的动力特性是桥梁承载能力评定的重要参数，同时也是识别桥梁结构工作性能和桥梁抗震分析的重要参数。
The dynamic characteristic of bridge is an important parameter not only for carrying capacity evaluation but also for earthquake resistance analysis of bridge.
并且证明这种方法不仅可以对桥梁承载能力做出全面的评估，而且可以对桥梁未来承载能力进行预测和分析，有较好的推广前景。
It proves that this method can not only assess the carrying capacity of the bridge, but also predict and analyze the future carrying capacity of the bridge. Therefore, it is worthy to be widely used.
而对于新建桥梁我们需要准确评定该桥的承载能力、设计与施工质量，从而确定工程的可靠度。
Moreover for those Bridges set up lately, we need to assess the loading capacity, the design and the construction quality of the Bridges, consequently confirm the credibility of the engineering.
该软件主要用于新、老桥的极限承载能力分析以及桥梁现状的识别鉴定。
Software is studied and programed for analyzing the ultimate bearing capacity of the new and old bridge, and appraising the existing bridge.
对桥梁进行技术状况评定是为了了解桥梁的承载能力及运营使用情况，其结果对桥梁的安全可靠运营非常重要。
To make technical condition evaluation of bridge is to find out the bearing capacity and performance of the bridge and whose result is very important for the safe and reliable operation of bridge.
另外，现行的公路桥涵设计规范，在对桥梁受弯构件承载能力计算中采用了一些基本假定，导致计算结果过于保守。
Besides, the current bridge and culvert design criterion takes some basic postulation during the calculation of the bridge's member in bending, which results in over-conservative numeric value.
桥梁作为公路的咽喉，其承载能力和通行能力成为公路运输的关键。
As throat of road, the bearing capability and transportation capability of bridge became critical in road transportation.
本文论述了桥梁实际承载能力方法确定及超重车辆过桥的一般要求；同时阐述了桥梁加固措施。
The authors expound method decided about actual bearing capacity of bridge. average requests of overload vehicle passing by bridge and review strengthening measurement of bridge.
在诸如航空航天、船舶工程、汽车、建筑、桥梁等实际工程领域中，对于实体结构的承重承载能力的研究无疑是至关重要的。
Researches on loading capacity of structures are very important in the fields of aviation, spaceflight, watercraft, automobile, building and bridges et al.
早期修建的小跨径钢桁梁悬索桥大部分已接近设计年限，正确评估其承载能力是桥梁维修、加固和技术改造的基本依据。
Most of Minisize span suspension Bridges with steel truss beam constructed in early age will approach its designed working life.
掌握桥梁的实际性能并采取相应的措施，以确保车辆安全运行及充分发挥桥梁的使用价值，对桥梁进行检测及承载能力的评定是必要的。
So, detection and evaluation of bridge are necessary. These can help mastering current situation and taking measures to ensure the safety and worth of bridges.
掌握桥梁的实际性能并采取相应的措施，以确保车辆安全运行及充分发挥桥梁的使用价值，对桥梁进行检测及承载能力的评定是必要的。
So, detection and evaluation of bridge are necessary. These can help mastering current situation and taking measures to ensure the safety and worth of bridges.
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