1) strengthened story
加强层
1.
Seismic response analysis of strengthened story structure and seismic energy dissipation structure;
加强层结构和消能减震结构地震反应对比分析
2.
Seismic effect of frame-tube structure with strengthened story and three different seismic energy-dissipation stories is analyzed.
本文分析了加强层和3种不同耗能减震层对框架-核心筒结构的减震效果,以顶点位移为目标对单个粘滞耗能减震层的最佳布置位置进行了研究,并分析了粘滞环带耗能构件对结构性能的影响。
3.
Thus, the frame - core structure with strengthened story is formed.
框架-筒体结构中的外框架属一般框架,能够给予建筑创作较多的选择和自由,因此,框架-筒体结构在高层建筑中得到了广泛应用;为了克服框架-筒体结构存在的侧向刚度较小的弱点,工程中通过采取在框架-筒体结构中设置刚度很大的结构加强层的措施,形成了带加强层框架-筒体结构。
2) strengthened storey
加强层
1.
At present, in order to improve the effect caused by vertical rigidity revulsion of strengthened storey, structure engineers always take the measure of increasing the thickness of slab of the strengthened storey or near the strengthened storey.
为了改善加强层引起的结构竖向刚度突变产生的影响,目前结构设计中通常采用加厚加强层或相邻几层楼板厚度的方式。
2.
Adding the strengthened storey in the super high rise steel concrete composite structure can increase the structural rigidity and decrease lateral displacement.
以工程实际为例 ,对超高层混凝土芯筒 钢框架结构体系中设置水平加强层进行研究。
3.
This paper presents some problems to which attention should be paid when using frame-core wall structures with strengthened storeys in seismic regions- They include irregularities of structural rigidity and inner forces, weak storeys pnduced by strengthened ones, structural arrangements and selection of rigidities of outriggers for strengthened storeys and concepts of aseismic design.
本文论述在地震区采用带加强层的框架-核心筒结构应关注的几个问题,包括加强层引起的结构刚度、内力突变和薄弱层,加强层的水平伸臂构件刚度的选择和结构布置,抗震设计概念。
3) strengthened stories
加强层
1.
Study on static push-over analysis of the structures with strengthened stories
设置加强层结构的静力弹塑性分析研究
2.
Study on some problems of the frame-tube structure with strengthened stories
框架—核心筒结构中设置加强层问题的探讨
3.
In order to reduce the lateral displacement, strengthened stories are planed in proper stories in design.
为减小框架-芯筒结构的侧移,进行结构设计时可以在适当的层数设置水平加强层。
4) story with outriggers
加强层
1.
This paper presents the structural design of this building,including foundation design,the method to resist the buoyancy,the steel concrete column frame joint and the structure of the story with outriggers,etc.
本文介绍了一幢结构高219m,地上53层,采用钢筋混凝土框架(局部型钢柱)-核心筒的超高层建筑的结构设计,内容包括了地基基础、主体结构、型钢混凝土柱框架节点以及加强层的设计等。
5) outrigger
[英]['aʊtrɪɡə(r)] [美]['aut'rɪgɚ]
加强层
1.
Based on the numerical computation of real structures, a thorough research on the earthquake response of outrigger braced super tall steel structures is introduced in this paper.
结合实际工程 ,深入地研究了设置水平加强层后超高层钢结构的地震响应 ;通过对几种不同方案的比较 ,进一步研究了加强层的数量、抗弯刚度以及周边环带等对结构抗震性能的影响 ;最后本文提出了一种水平加强层刚度的选择方法 ,供工程应用参
2.
The sequence and location of plastic hinges,the effect for adjacent layers from outriggers and adjacent layers would be weakened or not are mainly studied under rare earthquake.
通过有限元软件MIDAS/Gen对一栋50层带加强层的钢框架—核心筒结构进行了三维静力弹塑性分析。
3.
In this paper,the calculation routine of the two steps design is presented,the performance-based design of the key members,such as the shear walls in the reinforcing area of the concrete tube bottom,the outriggers and the belt members in the reinforcing stories,is introduced,too.
重庆国汇中心酒店楼为高度超限的复杂高层建筑结构,本文一方面介绍了该工程的常规"二阶段设计"过程,另一方面将基于性能抗震设计理念应用到芯筒加强区剪力墙、加强层桁架等关键构件的抗震设计中,提出了核心筒剪力墙"中震弹性"和加强层伸臂桁架"中震不屈服"的性能指标,计算分析表明,这样设计能够有效提高整个建筑的抗震性能。
补充资料:胃加强-G ,胃加强
药物名称:惠加强-G
英文名:Gefarnate
别名: 合欢香叶酯,五烯酯;吉法酯;胃加强-G ,胃加强
外文名:Gefarnate , Wycakon
适应症: 用于治疗胃、十二指肠溃疡,有明显的疗效。
用量用法: 口服:每次50~100mg,每日3~4次,饭后服。深部肌注:每次50mg,每日2次。
注意事项: 可有口干、口渴等,急性中毒时可出现运动失调、四肢无力及呼吸困难等。
规格: 片剂:50mg。
类别:抗酸及抗溃疡药
英文名:Gefarnate
别名: 合欢香叶酯,五烯酯;吉法酯;胃加强-G ,胃加强
外文名:Gefarnate , Wycakon
适应症: 用于治疗胃、十二指肠溃疡,有明显的疗效。
用量用法: 口服:每次50~100mg,每日3~4次,饭后服。深部肌注:每次50mg,每日2次。
注意事项: 可有口干、口渴等,急性中毒时可出现运动失调、四肢无力及呼吸困难等。
规格: 片剂:50mg。
类别:抗酸及抗溃疡药
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