1) transfer beam
转换梁
1.
The effection to mechanic performance of transfer beam by eccentric shear-wall;
墙体偏心对转换梁受力性能的影响
2.
On the construction of large section mass transfer beam;
浅谈大截面大体积转换梁施工
3.
Study on steel reinforced concrete transfer beams subjected to vertical load;
竖向荷载作用下型钢混凝土转换梁性能研究
2) transfer girder
转换梁
1.
Design and research on prestressed concrete transfer girder for supporting eight-floor frame;
承托八层框架预应力转换梁设计研究
2.
Because of a larger transfer girder section and higher floors,the stability of support is the key factor in the construction process.
由于转换梁截面大,楼层较高,施工过程中的支撑稳定最为关键,荷载较大,要保证荷载的安全顺利传递,严格控制混凝土浇筑方案,保证混凝土振捣密实,防止温度裂缝的产生。
3.
In the case that the axes of wall,transfer girder and wall supporting column of high rise building are not coincident,some common problems and difficulties in design of transfer story are analyzed.
针对高层建筑框支柱、转换梁、剪力墙三者中心线偏轴的情况 ,分析了转换层实际设计中普遍存在的问题及计算困难 ,提出采用“抗偏梁”的结构布置概念和设计方法 ,并着重讨论了对应的近似计算方法。
3) transition beam
转换梁
1.
Combined wtih practical work the design of transition beam formwork and its bracing system of high-rise building are briefly introduced.
结合工程实例,简要的介绍了高层建筑转换梁模板及支撑系统的设计过程,并提出设计时应注意的几个问题,以使模板及支撑达到足够的承载能力、刚度及整体稳定性,以供技术人员参考。
2.
In this article,authors introduce the application of steel truss transition beam in a strengthening and rebuilding project.
介绍了钢桁架转换梁在某楼房加固改造工程中的应用情况,包括转换梁设计方案的确定和转换梁详细的施工过程,最后还介绍了对转换梁施工过程的监测结果。
3.
In this article,authors introduce the concrete pouring process of the large volume concrete transition beam,and some technical measures to decrease concrete temperature stress,to improve concrete tensile strength,and to control the development of concrete temperature cracks.
介绍大体积混凝土转换梁施工中降低混凝土温度应力、提高混凝土自身抗拉性能,控制混凝土温度裂缝的技术措施。
4) transfer underground beam
转换地梁
5) transfer beam
转换大梁
1.
After the introduction of transfer beam,roof antenna and the construction of concrete joints for both first-and-second phases,effective measures of crack control in massive concrete construction are introduced with the sample of transfer beams.
介绍了转换大梁、屋顶天线及一二期新旧混凝土连接的做法,并结合转换大梁介绍大体积混凝土的裂缝控制措施。
6) transfer girder
转换大梁
1.
Analysis of transfer girder is a hot spot people paid close attention to in these years.
本文以实际工程为例,利用SAP2000对上层结构布置复杂的转换层进行三维有限元受力分析,研究转换大梁的受力特点,并将软件分析结果与振动台试验结果相比较。
2.
It is an unsolved problem,which is generally cared about in construction industry,to control the production of cracks in concrete transfer girder structure design and construction.
控制和修补混凝土转换大梁裂缝,是建筑业普遍关心的问题,也是混凝土转换大梁结构设计与施工中的一个研究课题。
3.
Characteristics of transfer girder are analyzed by using finit element method.
利用有限元方法分析了转换大梁的受力特点，并从转换大梁与上下部结构的相对刚度变化，分析了它对大梁受力的影响。
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