1) repairing and strengthening of carboform
碳纤维修补加固
2) carbon fiber reinforcement
碳纤维加固
1.
The paper put forward the calculation theory of the bending beam of the carbon fiber reinforcement and focuses on the analysis of the balanced-reinforced beam.
针对碳纤维的高强轻质特性,将其运用在桥梁加固中,提出了碳纤维加固受弯计算的相关理论,重点对适筋破坏进行了分析计算,并以荆州市沙市岑杨线左黄桥加固工程实例来说明碳纤维加固的效果。
3) CFRP
碳纤维加固
1.
Considering the laminated construction on the floor,the CFRP was used in the strengthening design.
考虑到楼面有后浇层,采取了板底碳纤维加固措施。
2.
Crack Analysis and CFRP Strengthing of 635 Project Spillway Gate Piers;
采用EA改性灌浆材料和碳纤维加固进行了修补和加固,起到了较好的效果。
4) CFRP strengthening
碳纤维加固
1.
To satisfy the safety of structure and seismic behavior,engineers take some strengthening methods,such as prestress technology,chemically-planted steel bar,CFRP strengthening,sticking steel strengthening and extending area.
为满足抗震和结构安全的需要,采用预应力技术、化学植筋技术、碳纤维加固技术、粘钢加固技术及扩大截面等手段对原结构进行加固处理后,安全拆除了柱。
2.
Combined with the reinforcement work of one re in forced concrete frame the design and construction process of CFRP strengthening technique are introduced.
结合某钢筋混凝土构架加固工程实例 ,介绍了碳纤维加固技术的设计及施工工艺要点 ,通过对其在构架加固中的应用分析 ,提出了该加固技术的良好加固效果及强大竞争
5) strengthened by CFRP
碳纤维加固
1.
The tests of uninjured frame′s joint and injured frame′s joint strengthened by CFRP were conducted.
通过碳纤维加固受损框架节点与未受损框架节点的试验研究 ,对两者在承载力、刚度、位移等方面进行了比较和分
2.
An on site loading test is carried out on RC frame beam strengthened by CFRP.
对钢筋混凝土框架梁采用粘碳纤维加固 ,并进行现场加载试验。
3.
Based on the eccentric compression test on reinforced concrete columns and reinforced concrete columns strengthened by CFRP,specially the eccentric compression test on reinforced concrete columns strengthened by CFRP after damage,bearing capacity of the columns in case of unstrengthened,strengthened and strengthened after damaging is calculated and verified.
通过碳纤维加固与未加固钢筋混凝土柱体偏心受压对比试验,尤其是对已损柱体碳纤维加固的偏心受压试验,计算校核了柱体构件加固前、后和受损后加固的承载力,分析了三种状态下钢筋混凝土柱体构件破坏特性。
6) CFRP reinforcement
碳纤维加固
1.
As a new reinforcement method, CFRP reinforcement technique has a very wide range of applications, because CFRP have many advantages of high strength and low weight, immunity to corrosion, and convenience in use.
在现有加固技术中,碳纤维加固技术是一种新兴的混凝土结构加固方法。
补充资料：聚丙烯腈碳纤维增强体(见聚丙烯腈碳纤维)
聚丙烯腈碳纤维增强体(见聚丙烯腈碳纤维)
carbon fibre reinforcements made of polyacrylonitrile
佩八饰”.限沂维用通体carbon fibre reinforce.ments made of polyaerylonitrile以聚丙烯睛纤维为原料制成的、角于复合材料中起承载增强作用和改善性能的碳纤维(见朵丙烯睛碳纤维).
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条