1) transfer girder system
转换梁体系
1.
This paper presents the design of a new transfer structural system—two way prestressed transfer girder system, and the calculation of the critical load of the slender support columns.
设计提出了一种新型转换结构形式———“双向预应力转换梁体系”和支承细长柱临界荷载的计算方法。
2) system conversion
体系转换
1.
Study on influence of system conversion of construction to deformation of PC continuous beam bridge;
结构体系转换对PC连续梁桥变形的影响研究
2.
The article introduces the technical flow of the structural system conversion of Fenghua Bridge on Haihe River and the stress deformation control in the course of its implementation,and the preparation and selection of the hanger rod stretching technology.
该文介绍了海河奉化桥结构体系转换的工艺流程和实施过程中的应力变形控制,以及吊杆张拉工艺的制定和选择。
3.
As the huge potential energy will release after the system conversion and relieving the temporary constraint,the slipping of main girder of unidirectional sloping cable-stayed bridge with floating system will appears,the construction and the whole bridge stability will be influenced.
对于漂浮体系的单向坡斜拉桥,在解除临时约束、体系转换过程中,会释放巨大的势能,使主梁出现单向滑移,影响到桥梁的施工和安全,必须加以控制。
3) system transformation
体系转换
1.
This paper analyzes the constructing technique of prestressing concrete continual T-beam bridge precisely and discusses the prefabrication, tense, problems and solution of T-beams, selection of temporary stand as well as its system transformation.
对预应力混凝土T梁连续梁桥的施工工艺进行了分析,其对T梁的预制、张拉、存在问题及解决措施,临时支座的选定及体系转换进行了探讨。
2.
In balanced cantilever erection of bridge beam,the technology of bearing system transformation is really ripe,while assembling continuous curved beam by bridge fabrication machine is a totally new method.
采用悬臂法施工的体系转换技术已经非常成熟,而造桥机拼装连续弯梁还是一种全新的施工工艺,在造桥机施工的不同阶段,支座情况对箱梁受力影响很大,通过对支座反力和约束情况的分析,制定了支座预偏和支座横向限位等措施,有效地保障了桥梁结构的安全。
3.
In this paper,the construction methods for the system transformation of the suspension bridge are described.
佛山市平胜大桥是主跨为350 m独塔单跨四索面自锚式悬索桥,该桥结构形式新颖,技术难度大,介绍该桥体系转换的施工方法。
4) system transform
体系转换
1.
As the background project of shenzhen bridge utilizing the specificity of synthesis change of inner force and section, doing system transform at proper stage, it can adjust the station of inner force, gain economic benefit, having a good using future.
以深圳丽水桥为背景工程 ,利用截面与内力均在变化的特殊性 ,在适当阶段对结构进行体系转换 ,可以调整结构内力状态 ,获得经济效益 ,具有推广应用前
2.
Its span is 75 me- ters over Shenzhen Lishui river,and utilizing the specificity of internal force changed with the cross-sections, the system transform is carried out at proper stage,adjusting the internal force.
利用截面与内力均在变化的特殊性,在适当阶段对结构进行体系转换,可以调整结构内力状态。
5) system transfer method
体系转换法
1.
To strengthen multiarch bridges with system transfer method is in essence to add an unloading member system to the original structure so as to move the internal force from the parts with insufficient strength to the parts which have a surplus of strength, thus increasing the supporting ability of the original structure.
体系转换法加固多孔拱桥，就是在原结构上增设部分卸载杆系，将强度不足部位的内力转移至强度有余的部位，藉以提高原有结构的承载能力。
6) Johnson System of Transformations
Johnson转换体系
1.
Estimation of Non-Normal Process Capability Index Based on Johnson System of Transformations;
基于Johnson转换体系的非正态过程能力指数估计
补充资料：可转换证券的转换价值
可转换证券的转换价值——
如果一种可转换证券可以立即转让，它可转换的普通股票的市场价格与转换比率的乘积就是可转换证券的转换价值，即转换价值等于普通股票的市价乘以转换比率。
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