1) direct-suspension construction
直接悬挂结构
2) direct suspension
直接悬挂
3) suspended structure
悬挂结构
1.
Dynamic characteristics analysis in suspended structure effected under vertical vibration;
悬挂结构竖向振动特性研究
2.
Seismic resistant performance of suspended structure and parameter optimization;
悬挂结构减震性能及参数优化分析
3.
Seismic response reduction of high-rise suspended structure;
高层悬挂结构体系的减震研究
4) suspension structure
悬挂结构
1.
Comparison of calculation methods of self-vibration frequency of core-wall-suspension structure;
核筒悬挂结构自振频率计算比较
2.
Dynamic behavior and parameter optimization of core-tube suspension structures;
核筒悬挂结构的动力特性及参数优化
3.
Analysis on the effect of absorbing vibration of suspension structure for high-rise building;
悬挂结构对高层结构减震效果分析
5) suspended structures
悬挂结构
1.
Cord element and its application to dynamic analysis of suspended structures;
弦单元及其在悬挂结构动力分析中的应用
2.
A control equation is derived for considering the dynamic responses from suspended structures to earthquake effects.
悬挂结构具有明显的减震效果，在高层、超高层建筑中具有广阔的应用前景。
6) hanging structure
悬挂结构
1.
Dynamic analysis of hanging structure of tall building with single core tube considering interaction between soil and structure;
核心单筒式高层悬挂结构考虑土-结构相互作用的动力分析
2.
The dynamic property of hanging structure of single core tube regarding to the interaction of soil and structure is analyzed.
分析了核心单筒式高层悬挂结构考虑土－结构相互作用的动力特性，推导了适合于分析此结构与土动力相互作用的基本方程与核筒的单元刚度矩阵，得出了高层悬挂结构对于抗振是有利的结论，并且提出了前3个周期的近似计算公式。
补充资料：直接
不经过中间事物的。与“间接”相对：直接取用｜直接关系。
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