EXPERIMENTAL RESEARCH ON INSTALLATION PERFORMANCE OF ANCHOR CHANNELS
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摘要: 针对槽式预埋件在工业化建设工程中的应用现状,阐明了安装性能对于工程质量影响的问题,通过试验,对安装扭矩和反力关系、安装扭矩和混凝土基材最小边距与厚度的关系、平行剪力的影响因素进行了定量分析,采用统计方法处理试验结果,给出了改善槽式预埋件预锚固系统性能的建议,有助于槽式预埋件在工业化建设工程中更合理的应用。Abstract: The application status of anchor channels in prefabricated construction projects was discussed, and the influence of installation performance on engineering quality was expounded. Through the designed experiments, the relation between installation torque and reaction force, the relations between installation torque and the minimum margin and thickness of the concrete base, the influence factors of parallel shear were studied by the quantitative analysis. By adopting the statistical method for processing test results, some suggestions wer presented for improving the anchor performance of anchor channels, in order that the performance of the anchorage system could be more reasonably applied in the prefabricated construction projects.
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Key words:
- anchor channels /
- installation performance /
- pre-stressing force
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EOTA.Anchor Channels:EAD 330008-02-0601[S]. Brussels:EOTA,2016. International Code Council Evaluation Service. Acceptance Criteria for Anchor Channels in Concrete Elements:AC232[S]. Los Angeles:ICC-ES,2016. 中华人民共和国铁道部.电气化铁路接触网隧道内预埋槽道:TB/T 3329-2013[S].北京:中国铁道部出版这,2013. EOTA. Guideline for European Technical Approval of Metal Anchors for Use in Concrete:ETAG001Annex A[S]. Brussels:EOTA,2016. EOTA. Design of Anchor Channels:EOTA TR047[S].Brussels:EOTA,2018.
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