The bridge axial alignment is a key point to bridge bearing capacity evaluation, disease analysis, health analysis and taking-over inspection.
桥梁轴线线形测定是桥梁承载力评定、病害分析、健康状态分析及竣工验收的重要环节。
Practice results proved that the closure precision and the alignment of bridge after being folded reached the demands of the construction criterion.
实践证明，龙华松花江特大桥成桥后的线形和合拢精度均达到施工规范的要求。
And the quality of the concrete of the closure section is guaranteed, the alignment of the bridge also conformity the design expect.
并已合拢段混凝土的质量也得到了保证，成桥线形符合设计的要求。
It is more and more important that the cable force monitoring for alignment and mechanical performance of cable-stayed bridge in the construction of large-span bridge.
桥梁施工控制是桥梁建设的安全保证，施工过程中进行索力监控在保证斜拉桥的线形和结构的受力性能中的地位越来越重要。
During the monitoring process, frequency method was used in the measurement of cable force, and then the internal forces and alignment of the bridge was adjusted by controlling cable force.
在监测过程中，利用频率法测定索力，通过索力控制来调整桥梁的内力状态及线形。
The bridge decking width adjustment design was introduced to solve the problem of consistency between the outside profile of acceleration-deceleration lane and road alignment.
为了解决互通式立交中位于加减速车道上桥梁外边线与路线线形的吻合问题，提出了采用不同板宽调整桥面宽度的设计方法。
At the same time, the structural alignment and stress in the bridge closure period and related conditions are monitored, and further verified the feasibility of construction control system.
同时对桥梁合拢阶段相关工况的线形和应力进行了施工监测，进一步验证了所采用施工控制系统的可行性。
Due to various reasons, alignment control of the self-anchor suspension bridge was difficult, and the problems of alignment adjustment must emerge in the final structure.
由于各种因素的影响，自锚式悬索桥主梁线形控制难度较大，后期必然会遇到线形调整的问题。
Aiming at reasonable stress distribution of tower and girder, reasonable alignment of bridge, FEM computation and optimization analysis are combined to determine the reasonable cable tension.
以塔和梁的应力分布合理及梁的线形为目标，采用有限元计算与优化分析相结合的方法来确定斜拉桥的合理成桥索力。
Aiming at reasonable stress distribution of tower and girder, reasonable alignment of bridge, FEM computation and optimization analysis are combined to determine the reasonable cable tension.
以塔和梁的应力分布合理及梁的线形为目标，采用有限元计算与优化分析相结合的方法来确定斜拉桥的合理成桥索力。
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