A system safety approach can bridge gaps in disciplinary knowledge and practice, completing the whole.
系统安全方案可以在理论与实践之间形成互补。
Based upon finite element simulation analysis, load tests and long-term observation, a detection and evaluation system for old steel bridge safety was developed in this thesis.
本文以桥梁仿真分析技术为主线，以整治效果为目标，以荷载试验和长期观测为检验手段，建立了既有钢桥裂纹安全检测评估系统。
The routine bridge load monitoring system plays a very significant role in evaluating the safety performance of a new bridge before its operation or after unexpected damage.
常规的桥梁荷载试验检测桥梁对于新桥投入使用前或桥梁受到意外损伤时的安全性评估具有积极的意义。
Compared to the routine load monitoring system, bridge tele-monitoring currently and popularly leads the bridge research due to its safety, realtimeness, continuity and intime alarming.
桥梁远程监测则具有安全、实时、连续、及时预警预报的特点，是国际桥梁研究的方向和热点。
Bridge Health Monitoring system is the developing trend of long-span bridge safety ensuring system.
桥梁健康监测系统是大型桥梁安全保障体系的发展趋势。
The plane rotation axis system adopted for the bridge is composed of plane rotation axis, inner and outer safety legs and plane ring slideway.
大桥采用的平面转动轴心体系由平面转动轴心、内外保险腿和平面环形滑道组成。
Recently, accidents of collisions between over-high trucks and bridge superstructures happen frequently, which seriously threaten the safety of Bridges and city traffic system.
近年，超高车辆撞击桥梁上部结构的事故频繁发生，严重威胁桥梁结构安全与城市交通运行。
A health monitoring system for long span prestressed concrete box-girder Bridges was designed to solve bridge safety problems related to structural cracks and excessive deflection.
为了解决大跨度预应力混凝土箱梁桥出现的严重的安全问题(如结构性开裂和不正常的过度下挠等)，设计和构建了该类箱梁桥的结构健康监测系统。
Bridge is an important part of the transport system, ensuring the safety of bridge structures is extremely important.
桥梁是交通运输系统中的重要组成部分，确保桥梁结构的安全性就显得极其重要。
Bridge is an important part of the transport system, ensuring the safety of bridge structures is extremely important.
桥梁是交通运输系统中的重要组成部分，确保桥梁结构的安全性就显得极其重要。
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