The method of measurement and data analysis of temperature of the main cable during the erection of suspension bridges are presented.
介绍悬索桥架设期间主缆温度测试的方法和数据分析，并以我国两座悬索桥——汕头海湾桥和西陵长江大桥为例予以阐述。
Finally, considering the existing atmosphere filed data, the temperature effect of main cable under construction is pre-analyzed.
最后考虑已有的大气温度场的测试资料，对主缆施工阶段的温度效应问题进行了预分析。
This article takes Xihou Men bridge and its main cable temperature field research as the background, and then discuss main cale temperature field and temperature effect of suspension Bridges.
本文以西堠门大桥及其主缆温度场试验为背景，围绕悬索桥主缆温度场及主缆的温度效应展开论述。
The main cable is the most important structure of suspension Bridges, its shape and internal force are sensitive to the temperature changing.
主缆是悬索桥的主要承重结构，其线形和内力对温度的变化十分的敏感。
Firstly, Combined with the actual construction condition and the bridge's structural characters, the temperature measurement scheme of tower, catwalk and main cable is given.
首先结合监控的实际情况及该桥的结构特点，系统的制定出此阶段索塔、猫道以及主缆的测温方案。
Firstly, Combined with the actual construction condition and the bridge's structural characters, the temperature measurement scheme of tower, catwalk and main cable is given.
首先结合监控的实际情况及该桥的结构特点，系统的制定出此阶段索塔、猫道以及主缆的测温方案。
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