1.
reinforced concrete hollow pier
钢筋混凝土空心桥墩
2.
Earthquake Induced Interior Hydrodynamic Force on Rectangular Hollow Bridge Pier
地震下矩形空心桥墩内部动水力分析
3.
Experimental Study on the Mechanical Behavior of Reactive Powder Concrete Piers with Hollow Cross-sections Subjected to Cyclic Loading
反复荷载作用下活性粉末混凝土空心桥墩力学性能的试验研究
4.
The partial force analysis of gate pier hollow and shallow capping beam
门式桥墩空心薄壁盖梁局部受力分析
5.
The Turnover Model Constructive Technology of 94 m High Thin-Wall and Hollow Pier of the Yanxigou Ultra Large Bridge
烟溪沟特大桥94m薄壁空心墩翻模施工技术
6.
On the construction technique of the thin wall voided pier on Ganxigou No.2 Bridge
干溪沟2号大桥空心薄壁高墩施工技术
7.
Box Girder and Thin Walled Pier Spatial Analyse of the Long Span Cured Bridge with High Pier;
高墩大跨径弯桥箱梁薄壁墩空间分析
8.
Hollow box structures for both the deck and piers, whether of steel or concrete, are better than steel trussed structures.
无论是钢结构还是混凝土结构,空心的箱型结构对承梁和桥墩都比钢梁桁架式结构好。
9.
Construction Technology of Rectangular Hollow Thin-walled High Pier Body in Special Conditions
特殊条件下矩形薄壁空心高墩墩身施工技术
10.
Three Dimensional Mechanical Property Analysis for the Continuous Rigid Frame Bridge with Long-Span and High Piers;
大跨高墩连续刚构桥空间力学特性分析
11.
Non-Linear Modeling of RC Rectangular Hollow Piers Confined with CFRP
CFRP增强钢筋混凝土矩形中空桥墩的非线性模型
12.
Construction technique of passenger dedicated line variable slope hollow mold high pier
客运专线变坡空心高墩倒模施工工法
13.
The Cantilever Climbing Form Construction Technology of Variable Section Hollow Thin-walled Pier
变截面空心薄壁墩悬臂爬模施工技术
14.
Construction of Twin Hollow Piers with an Arched Shape Capping Beam by Timber Formwork Lifting Method
木模提升法施工双幅空心拱形盖梁墩
15.
Research on Spacial Analysis of Single-Tower Self-Anchored Suspension Bridge with Assistant Pier;
独塔带辅助墩的自锚式悬索桥全桥空间分析研究
16.
The Setting out of the Curve Pier Platform Central and the Bearing Reserved Hole of Straight Beam
曲线桥墩台中心及直梁支座预留孔的测设
17.
The Spatial Mechanical Analysis and Deformation Research on the Construction of High Pier Long-span Curve Continuous Rigid Frame Bridge;
高墩大跨径弯连续刚构桥施工过程中的空间受力分析与变形研究
18.
New Construction Technology for Cable-Stayed Bridge with High Pier and Long-Span Cross Beam 100m in Height in Mountain Area
山区高墩大跨斜拉桥百米高空下横梁施工新技术