1.
Some Study on the Design of Underpinning Structure for Pier Column and Foundaion of Over Bridge
浅析城市桥梁墩柱与基础托换的结构设计
2.
Seismic response of double-column bridge piers considering uplift and yield of foundation
考虑基础提离与塑性的桥墩地震反应
3.
Identification of Restraints Stiffness of Double-Column Pier Based on Frequency Composition
基于频率合成法的双柱式桥墩基础约束刚度识别
4.
The Supporting Brackets (SB) are designed to transfer the concreting and launching load from the MSS down to the pier column (foundation).
牛腿设计为将混凝土和推进荷载从MSS转移到墩柱（基础）上。
5.
Study of Displacement-based Seismic Design Method for RC Bridge Piers
以位移为基础的钢筋混凝土桥梁墩柱抗震设计方法研究
6.
The pedestal, plinth, or base of a pillar, column, or statue.
基脚；墩柱墩、柱石或雕像的台架、侧石或基石
7.
The Analysis on Strength and Deformation on High-pier Bridge Pillar Under Seismic Condition
高墩桥梁在地震作用下墩柱的强度与变形
8.
Buckling Analysis and Laboratory Model Experiments for Piles Foundation with High Pile-Column Bridge Piers;
桩柱式高桥墩桩基稳定性分析与室内模型试验研究
9.
The dado of a pedestal, especially when cube - shaped.
方形墩基支柱的基座，尤其是立方形支柱
10.
FIXED MEASURES OF ANCHOR BOLT FOR INDEPENDENT COLUMN AND EQUIPMENT FOUNDATION
独立柱基础与设备基础地脚螺栓的固定措施
11.
Wider spans are more economical and better for the navigation of shipping than shorter ones between piers with deep foundations penetrating the bed of the waterway.
与在河道下深打桥墩基础的短跨距相比,长跨距对航运更好更经济。
12.
The section of a pedestal between base and surbase.
墩身根基和基柱装饰线脚之间的基底部分
13.
A Study of Anchored Pile Foundation for High Pier Bridge;
锚固桩基础在高墩桥梁中的应用研究
14.
Large mass concrete construction technology of pier digging well foundation
桥墩挖井基础大体积混凝土施工技术
15.
Construction technology of SongHuajiang major bridge foundation
松花江特大桥主墩深水基础施工技术
16.
Influence of Sole Weight on Stability of Pile Foundation with Pile-Column Type Higher-Bridge Pier
自重对桩柱式高桥墩桩基稳定性的影响
17.
Degenerative Spinal Diseases: Clinical and Basic Science Study
退行性相关脊柱疾病的临床与基础研究
18.
Compulating Analysis of Anchor Connection between Exterior Column Bottom of SRC Stucture and Foundation;
SRC非埋入式柱脚与基础锚固的计算分析