In the present paper some key mechanics problems in the lifeline engineering researches have been inquired into.
本文就生命线工程研究中的若干关键力学问题展开论述。
The bridge is an important component of lifeline engineering, it's power to resist disaster is especially important.
桥梁作为生命线工程的一个重要组成部分，其抗灾害能力尤为重要。
Bridges are lifeline engineering. Once seismic destruction occurred, it will bring severe damage to people's lives and properties.
桥梁作为生命线工程，一旦在地震中发生毁坏将会给人们的生命和财产造成巨大的损失。
Therefore, the research of damage identification for guyed masts is critical to improve the safety of lifeline engineering structures.
因此，桅杆结构的损伤识别与检测方法研究对提高重要生命线工程结构的安全性具有重要意义。
The most directly manifestation that Geological disasters threat to the safety of city is its damage to the urban lifeline engineering.
地质灾害对城市安全所造成的威胁，最直接的表现就是对城市生命线工程的破坏。
The main buildings in large-scale thermal power plants are a sort of important lifeline engineering, and should have better seismic behavior.
大型火力发电厂是重要的生命线工程，应有较高的抗震能力，对该类结构的抗震性能进行研究具有重要的理论意义和实际价值。
The events also caused serious damage to village buildings, communal establishments of water conservancy, lifeline engineering, schools and hospitals.
村镇民用房屋、水利、生命线工程和学校、卫生院所等公共设施严重破坏。
This paper expounds the important meaning to guarantee and raise the reliability taking precautions against fire calamities for the system of city lifeline engineering.
阐述了保证和提高城市生命线工程系统的防(火)灾可靠度的重要意义。
The most important of the graph simplification of lifeline engineering system network is to select prediction objects of having engineering meaning in seismic hazard prediction.
震害预测中生命线工程系统网络的图形简化最重要的是选择有工程意义的预测对象。
The research of the response of buried pipeline crossing fault is very significant in lifeline earthquake engineering.
跨断层埋地管线地震反应问题研究是生命线地震工程的重要内容之一。
The vulnerability assessment of underground pipelines is significant for risk assessment system of lifeline anti-seismic engineering.
地下管道的易损性评价是生命线地震工程风险评价体系的重要研究内容。
ACCESS2000 database for natural disaster is developed, including disaster sources, engineering geology, construction and urban lifeline data.
通过自然灾害数据库的建立，灾害源、工程地质、建筑和城市生命线等数据的ACCESS数据库分别建立起来了。
ACCESS2000 database for natural disaster is developed, including disaster sources, engineering geology, construction and urban lifeline data.
通过自然灾害数据库的建立，灾害源、工程地质、建筑和城市生命线等数据的ACCESS数据库分别建立起来了。
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