At present, hot-dip galvanized cable bridge plays a very important role in the construction site and the market demand is very high. In order to further improve the performance of cable bridge, Shandong cable bridge manufacturers have carried out reasonable design of hot-dip galvanized cable bridge, improved the related optimization work, greatly improved the quality of the bridge, and ensured the safety performance in future use.

针对常用的热镀锌电缆桥架，，将角铁立柱改为双头螺栓吊臂，该双头螺栓经过管螺母与固定在楼板的收缩螺栓衔接，长度可依据施工现场状况配置，灵敏避开各种管线或梁柱。

In view of the commonly used hot-dip galvanized cable bridge, firstly, the angle iron column is replaced by double-head bolt boom, which is connected with shrinkage bolt fixed on the floor by pipe nut. The length of the double-head bolt can be configured according to the construction site conditions, and can avoid all kinds of pipelines or beams and columns sensitively.

其次，将角钢横担支架预冲好装置螺孔，现场采用螺栓直接与吊臂和热镀锌电缆桥架紧固装置。另外，树立热镀锌电缆桥架各配件规范配置库，从而可依据设计所开列型号及数量快速供货，现场组装，缩短装置期限。桥架装置全过程无需采用动火作业，消弭现场消防平安隐患。

Secondly, the angle steel cross-arm bracket is pre-punched into the bolt holes of the device, and the bolt is directly fastened with the boom and hot-dip galvanized cable bridge. In addition, the standard configuration library of each spare part of hot-dip galvanized cable bridge can be set up so as to supply rapidly according to the type and quantity listed in the design, assemble on site and shorten the duration of the device. There is no need to use fire operation in the whole process of bridge erection, eliminating the hidden danger of fire safety on site.

再者，要完成对其牢靠性剖析，主要用来评价模型中参数的不肯定要素对剖析结果的影响，包括物理性的、剖析模型的和统计办法的不肯定性。详细来说，指载荷大小、资料强度、几何尺寸、约束条件、资料的本构关系等，以及样本的容量和置信区间的大小惹起的不肯定性。采用概率评定办法，不但能给出比拟精确的失效概率值，还能够给出构造改良计划的参数敏理性剖析结果。这种办法在树立模型时综合思索了模型中各种参数的实践离散性，比肯定性剖析办法中对输入的偏激进处置更接近真实状况。

Furthermore, in order to complete the reliability analysis, it is mainly used to evaluate the influence of uncertain factors of parameters in the model on the analysis results, including physical, analytical and statistical uncertainties. In detail, it refers to the uncertainties caused by load size, data strength, geometric size, constraints, data constitutive relations, and sample size and confidence interval size. By using the method of probability evaluation, not only the comparatively accurate failure probability value can be given, but also the result of parameter sensitivity analysis for constructing the improvement plan can be given. This method considers the practical discreteness of various parameters in the model when establishing the model, which is closer to the real situation than the radical treatment of input in the affirmative analysis method.

合理的设计保证热镀锌电缆桥架的优化成果，热镀锌桥架的优化需求一个好的设计去支，而电缆桥架厂家的相关优化设计曾经分享给大家了，大家能够参考一下。

Reasonable design guarantees the optimization results of hot-dip galvanized cable bridge, and the optimization needs of hot-dip galvanized bridge need a good design to branch. The relevant optimization design of cable bridge manufacturers has been shared to you, you can refer to it.

本章由山东电缆桥架厂家给大家介绍的内容就暂且到这里，希望我们的解答能够帮助到您，如果您对此还有疑问，详情请咨询我们的。http://www.sdhangfeng.com

This chapter is introduced to you by Shandong Cable Bridge Manufacturer. I hope our answers can help you. If you have any questions about this, please consult our official for details. Http://www.sdhangfeng.com