to promote the bridge strengthening and improving the technology continues to mature.
以推动桥梁加固技术不断的成熟和完善。
this paper has set a foundation for bridge strengthening with cfrp laminates and numerical analysis in future and provides reference for design and examination in bridge strengthening practice.
本文为进一步研究碳纤维布对钢筋混凝土t梁桥加固及数值分析方法研究奠定了理论基础,同时也为桥梁加固实践提供了设计计算与试验依据。
this paper pointed out some outstanding advantages of using fiber optical sensing(fos) technology in old lspcb bridge strengthening monitoring.
针对预应力混凝土箱形梁桥,指出了光纤传感技术在此类结构加固监测中所发挥的作用及优势。
in recent years, the concrete structure strengthening by fiber compound material has become a newly found high technology, which is widely used in bridge strengthening works at home and abroad.
纤维复合材料补强加固混凝土结构是近年来出现的一种新兴的、科技含量较高的补强加固技术,已被应用于国内外的桥梁加固工程中。
the results show that this method is rational and effective, it can provide a basis for bridge strengthening practice.
试验与数值对比分析表明该方法合理有效,可作为桥梁加固的设计计算依据。
in the old bridge strengthening the older more attention.
在旧桥加固中越来越受到重视。