1) Skew bridge reinforcement calculation
斜桥配筋
2) prefabricated cellular slab bridges
装配式斜板桥
3) diagonal bar
斜筋
1.
In this paper,the formula for calculating stress spectra of hoping and diagonal bar is presented.
本文提出了混凝土梁斜筋和箍筋应力脉的计算公式。
4) skew bridge
斜桥
1.
Analysis of live load effect about widened skew bridge engineering;
斜桥拓宽后的活荷载效应分析
2.
However, considerable difficulties with design and construction of skew frame bridges still exist at present because the complete theory for skew bridge calculation and analysis has not been formed.
铁路斜交框架立交桥是铁路跨越公路时采用的一种桥梁形式,然而由于斜桥计算尚未形成完整的理论体系,这给铁路斜交框架立交桥的设计与施工带来很大的困难,实际当中与正交桥相比,此类桥梁更容易出现顶板开裂问题。
5) skew bridge
斜交桥,斜桥
6) reinforcement
[英][,ri:ɪn'fɔ:smənt] [美]['riɪn'fɔrsmənt]
配筋
1.
Water passage internal stress analysis and reinforcement design for powerhouse of Naji Navigation Complex;
那吉电站厂房流道内力分析和配筋设计
2.
Seismic cracking of arch dams and effectiveness of strengthening by reinforcement;
高拱坝强震开裂与配筋效果研究
3.
Application of elastic stress reinforcement;
弹性应力配筋的应用探讨
补充资料：斜桥
斜桥，宋志称西河（小河）斜桥，亦名中正桥。宋策选锋军有六寨，其一驻斜桥。《西湖游览志》：御街自正阳门至天水院桥折西至斜桥，长一万三千五百尺，铺石板三万五千三百有奇。元时，沿街居民侵窃占用，官道遂狭。明时改称武林桥。
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