所研究的锚固系统是由高强螺母、钢锚板和锚固钢筋组成。
It is made up of anchorage steel plate, screw nut and anchorage steel bar.
此外，为确定钢筋混凝土框架全过程分析的计算模型提供依据，还对锚固钢筋粘结滑移在加载过程中的增长规律进行了研究。
Besides, in connection with determining the theoretical model for complete analysis of RC frames, the development of the bond slip of anchored bars in process of loading was also studied.
介绍注浆和锚固钢筋的设计，包括注浆半径、注浆孔的布置、注浆材料的配和比，以及钢筋和注浆孔的长度及相互间的位置关系。
The design methods of it are presented, including grouting holes radius and location, material ratio and length of reinforcement bars and holes, inter-relations of them are included too.
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