3) steel-bonded reinforcement
粘钢加固
1.
The calculating problem of bearing capacity, deflection and crack width of concrete structure with steel-bonded reinforcement under different loading is introduced, which can be available for reference in calculating steel-bonded reinforcement structure.
针对砼构件在不同荷载作用下粘钢加固中的承载力、挠度、裂缝宽度等问题,提出了相应的计算方法,可供粘钢加固正截面设计时参考。
2.
Working mechanism and constitutive relation of the plate,structural adhesive,and reinforced concrete were discussed through analysis of the calculation model of the reinforced concrete pillar with steel-bonded reinforcement.
通过分析粘钢加固钢筋混凝土柱的计算模型,探讨钢板、结构胶和混凝土三者的工作机理和本构关系,并基于基本假定,推导出粘钢加固钢筋混凝土柱正截面承载力计算方法,应用该方法计算的承载力与有限元计算结果偏差小,该方法科学合理、实用。
4) Reinforced of bonded CFRP
外粘加固
5) steel adhered reinforcement
粘钢加固
1.
According to requirement of the practical project this paper has solved the problems of the “joint column” of the frame structure in the direct storied enhancement, using the method of combining “drilling hole and planting steel bar” with the steel adhered reinforcement for reinforced concrete.
并成功地采用“钻孔植筋”和粘钢加固相结合的方法将原框架直接增加5层,为解决框架增层的“接柱”问题提供了一种可行、可靠的途径。
2.
According to requirement of the practical project this paper has solved the problems of the joint column of the frame structure in the direct storied enhancement,using the method of combining drilling hole and planting steel bar with the steel adhered reinforcement .
并成功地采用钻孔植筋和粘钢加固相结合的方法,将原框架直接增加5层,为解决框架增层的接柱问题,提供了一种可行、可靠的途径。
3.
In the sphere of the consolidating technique of the engineering structure the new and developing theory of the steel adhered reinforcement has gradually applied to the practical engineering.
在工程结构加固技术领域中,新兴的粘钢加固理论已趋于成熟,并且在我国已经广泛地推广应用于实际工程之中。
6) externally bonded strengthen
粘贴加固
1.
The maximum quantity of externally bonded strengthening materials of reinforced concrete structures depends on the type of members, the reinforcement ratio of the sections, the value of externally bonded strengthening materials and the strength grade of concrete.
钢筋混凝土结构粘贴加固时,加固材料的最大用量与构件类型、截面配筋情况、加固时构件的受力大小、粘贴材料的种类、混凝土的强度等级等许多因素有关。
补充资料：高频加热粘合
分子式：
分子量：
CAS号：
性质：用频率范围为0.4~100兆赫的电磁波进行粘合的方法。分为高频介电加热粘合和高频诱导加热粘合两种。适用于塑料、木材、金属、织物等的快速粘合。
分子量：
CAS号：
性质：用频率范围为0.4~100兆赫的电磁波进行粘合的方法。分为高频介电加热粘合和高频诱导加热粘合两种。适用于塑料、木材、金属、织物等的快速粘合。
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