1) central pier
中心墩
2) pier platform central
墩台中心
1.
The rigorous compute method of the setting out data of the curve pier platform central and the straight beam central is introduced in the design and construction of curve bridge,and introduced compute method of bridge bearing reserved hole.
介绍了直梁曲线桥设计和施工过程中墩台中心及直梁中心测设资料的严密计算方法,并介绍了桥梁支座预留孔的计算方法。
3) layout of the centers of piers and abutments
墩台中心定位
4) middle-pier
中墩
1.
Experimental study on water-wing phenomena for middle-piers of discharge tunnels;
泄洪洞中墩水翅现象的试验研究
2.
In the paper, the studies of water-wings were reviewed and the works were proformed of the water-wings induced by the middle-pier of a discharge tunnel according to the model tests and theoretic analysis.
本文在回顾水翅现象研究现状的基础上,以试验研究和理论分析相结合的方法,着重对泄洪洞中墩水翅现象和水翅防治进行了研究,主要研究内容和成果如下: (1)依据量纲分析理论,对水翅现象的影响因素进行了分析,可知水翅现象与泄洪洞有压段出口Fr_0、水流对冲长度L_d和水面下凹深度H_(cs)有关。
5) hollow pier
空心墩
1.
The turnover form construction of rectangular thin-walled hollow pier;
矩形薄壁空心墩翻模施工
2.
In the process of the solid parts of hollow pier construction, hole is reserved in the pier wall, solid steel corbels is installed in the hole as vertical support piers for the top construction of cast in place solid pier.
结合桥梁施工实例,介绍在施工薄壁空心桥墩墩顶实心部位时,采用在墩壁预留孔,孔内安装钢棒牛腿作为现浇实心墩顶的竖向支撑,进行空心墩顶部实心段施工的工艺。
6) hollow high pier
空心高墩
1.
Construction technology of hollow high pier of Lujiagou grand bridge;
卢家沟特大桥空心高墩施工技术
2.
On 50 m round-end non-uniform railway hollow high pier construction technique;
50m圆端形变截面铁路空心高墩施工工艺探讨
3.
In this paper,seismic response of a railway hollow high pier is analyzed.
通过对内昆线花土坡特大桥空心高墩进行地震反应分析,研究了墩顶约束作用、墩底弹簧约束、P-Δ效应对地震反应的影响,得出了一些关于铁路空心高墩地震反应方面的有意义的结论。
补充资料：泥墩墩
1.土墩子。比喻呆板无用的人。
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