主要从施工方面对现浇混凝土楼板的裂缝产生原因及其预防措施进行了分析和总结。
This article from the construction site Pouring concrete floor in terms of causes and prevention of cracks are analyzed and summarized.
本文对现浇混凝土楼板裂缝进行一些阐述，指出了楼板非荷载裂缝研究的重要意义。
The cracks in concrete component of Bridges and culverts compose load crack and distortion crack.
为了保证稳定性，由铸铁构件和厚板梁组成的原有楼层均被由一种新的结构来取代，这种新的结构由新型连接构件和现浇混凝土楼板组成。
So as to maintain stability, the existing floors composed of cast-iron posts and slab beams were methodically replaced by a new structure composed of mushroom posts and concrete floors poured on site.
现浇钢筋混凝土楼板面易产生裂缝。
分析某工程现浇商品混凝土楼板大面积裂缝产生的原因、危害、后果。
Analyze the cause? Damage? Consequences about the great area crack of building floors that be made of localizable pumping concrete in a building.
现浇混凝土空心楼板以其独特的优越性，在建筑工程中得到了迅速的推广应用。
The in-situ concrete hollow floor plates by its unique superiority have been promoting and applying rapidly in the construction work.
蜂窝式现浇混凝土空心楼板使用薄壁塑料盒作为内模，是一种新型的现浇空心楼板形式，具有施工简单、空心率大、经济效益好等优点。
It is a new form of hollow floor slab cast in place with thin plastic box being used as inner formwork and has the advantages of easy construction, high hollowness and good economical benefit.
通过对钢筋混凝土现浇楼板的有限元分析，提出用抗裂系数来评价现浇楼板在早期的裂缝状况，并针对楼板的不同部位采用对应的裂缝评价标准。
Based on the finite element analysis, the early crack condition of a cast-in-place reinforced concrete slab is evaluated by the crack resistant coefficient.
一种现浇混凝土空心楼板薄壁空心管抗浮施工方法，属于住宅施工技术领域。
An anti-floating construction method of a thin-walled hollow tube in a cast-in-place concrete hollow floor slab belongs to the technical field of residential construction.
混凝土在现代工程建设中占有重要的地位，特别是现浇钢筋混凝土楼板施工工艺的出现，很大程度的加快了施工进程。
In the modern construction, concrete plays an important role, especially in cast concrete construction technology. It accelerates the construction process.
后续类似的工程实践证明，采用本文提出的—通过设计、施工、材料等方面综合技术措施完全可以将钢筋混凝土现浇楼板裂缝控制在无害范围内。
The similar engineering practice mentioned proved that by compound control of material, design and construction measures, the cracks in construction can be controlled in acceptable range.
后续类似的工程实践证明，采用本文提出的—通过设计、施工、材料等方面综合技术措施完全可以将钢筋混凝土现浇楼板裂缝控制在无害范围内。
The similar engineering practice mentioned proved that by compound control of material, design and construction measures, the cracks in construction can be controlled in acceptable range.
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