box girder的例句大全

A finite segment model has been negative shear lag in box girder with varying depth.

在钢结构箱形截面梁桥设计中,宽翼缘小跨径梁在受力过程中存在的剪力滞后效应是一个不容忽视的问题.

The paper analyses the nonlinear cracking behavior of reinforced concrete box girder.

对钢筋混凝土箱梁受力开裂破坏的非线性机理进行了研究.

A stiffness method for determining the response of shear lag effect on box girder is presented.

用本文推出的刚度法计算结果与实测及有限元法的结果进行了比较分析.

The auxiliary navigation opening bridge of Donghai Bridge is a four-span prestressed concrete continuous box girder bridge.

东海大桥辅通航孔桥为4跨预应力混凝土连续箱梁桥。

Influence of arrangement ways of reinforcement of prestressing tendon on the box girder natural frequency

预应力筋布筋方式对简支梁固有频率的影响

Construction of fish-bellied large volume continuous box girder groove

大体积鱼腹式槽型连续箱梁施工技术

Analysis of Spatial Stress in Anchorage Zone in Cable Stayed Steel Box Girder

斜拉索钢箱梁锚固区空间应力分析

Research on the static-load test and move-load test of the variable cross-section diagonal bowlegged box girder bridge

变截面斜弯箱梁桥的静动载试验与研究

Construction technology and quality control measures for steel box girder, high-strength bolt, prestressed concrete box girder and inclined cable are briefly introduced.

简要介绍武汉白沙洲大桥主桥上部结构的钢箱梁、高强螺栓、预应力混凝土箱梁、斜拉索的施工工艺和质量控制措施。

Analysis of Stress Monitor Error in Thin-walled Box Girder with Large Span

大跨度薄臂箱梁监测应力误差分析

When fabrication error of steel box girder occurred, it can be adjusted in fabrication stage or erection stage.

钢箱梁制造误差出现以后，可以在后续梁段的制造中调整过来，也可以在安装过程中调整过来。

Box girder concreting and construction equipment selection of Hangzhou fjord great bridge

杭州湾跨海大桥箱梁浇筑及设备选用

On errors investigation in concrete grouting at connecting box girder construction

连续箱梁施工阶段混凝土浇筑误差调查分析

Optimization design and corollary equipment of box girder prefabrication field for passenger express line

客运专线铁路箱梁预制场优化设计与设备配套

The load-bearing condition of the steel double box girder bridge in a variety of situations was really simulated. The major parameters including the thickness of web, the stiffener density and the diaphragm density are studied.

主要研究了腹板厚度、顶、底板和腹板加劲肋间距、横隔板间距、横梁间距等结构参数对双箱钢梁承载能力和应力分布的影响。