stone arch bridge

Demolition of a Large Stone Arch Bridge by Collapse Blasting

大型石拱桥坍塌爆破拆除

A Discussion on Construction Supervision and Quality Control of 20m, 25m-span Arch Circle of Solid-Spandrel Stone Arch Bridge

谈20m、25m跨实腹式石拱桥拱圈施工监理质量控制

The analysis on ground motion response of stone arch bridge was done according to typical seismic waves in different site and specification-based artificial waves. The effects of different arch axis and rise-span ratio on seismic behavior of stone arch bridge were discussed.

针对不同场地的典型地震波和基于规范生成的人工波，对石拱桥的地震动反应进行了分析，讨论了不同拱轴线和矢跨比对石拱桥抗震性能的影响。

Construction of Stone Arch Bridge with Clear Span 108m

净跨108m石拱桥施工

Reclamation of a Dangerous Stone Arch Bridge in Inundation Area of Three-gorge Dam

三峡库区某石拱危桥改造治理

Research on Behavior of Stone Arch Bridge Strengthened by Reinforced Concrete with Hooping Bars

钢筋混凝土套箍加固石拱桥受力性能研究

After simulation test and study on the construction of long span stone arch bridge, it is understanded that the combined effect between arch ring and arch center formed in advance is clear and the stress of arch ring is closely related to the process of construction.

施工模拟试验表明，特大跨径石拱桥在分环分段砌筑时，先期形成的拱环与拱架的联合作用明显，拱圈应力与施工过程密切相关。

Ikegami is a stone arch bridge, the " bridge champion. "

池上有一座石料拱桥, 名 “ 状元桥 ”.

Simulation Test Study on the Construction of Stone Arch Bridge

石拱桥施工模拟试验研究

Research and application of scaffold for long span stone arch bridge

大跨度石拱桥支撑技术的研究与应用

Research on strengthening technology of stone arch bridge based on dead load adjusting of spandrel structure

拱上恒载调整的石拱桥加固改造研究

A tall stone arch bridge, the lake into two parts.

一座高大的石拱桥, 把湖面一分为二.

Design and Calculation of Centering Structure for Constructing Extra-large Stone Arch Bridge

特大石拱桥施工拱架结构的设计与计算

This thesis put forward that the mechanism and several different destruction of the form about using reinforced concrete with hooping bars to strengthen stone arch bridge. Different methods of analysis and calculation are used on the basis of destruction of the form and the main force. 4.

提出了钢筋混凝土套箍加固石拱桥的受力机理和几种不同破坏形式，并根据不同的破坏形式和受力主体采用不同的计算分析方法。

Because the method of long span fractional steps of constructing the stone arch bridge is affected by the time sequencing of forming the structure, the stress and the displacement among the structure change at any time.

大跨度分步施工石拱桥，由于受到结构组成时序的影响，结构各部位的应力与变位随时都在发生变化；

I shelter under the stone arch of the road bridge for half an hour's quiet reflection.

我躲在公路桥的石拱下静静思考了半个小时.