1) suppressing earthquake responses
减震反应
2) vibration-isolating effect
减震效应
1.
The vibration-isolating effect of a vibration-isolating slot which is 50 m in length,2 m in width,7 m in depth are studied.
研究了一条长50m、宽2m、深7m隔振沟的减震效应。
3) seismic response
地震反应
1.
Method used to calculate the seismic response of structure based on the accurate intergration method;
基于精细积分算法的结构地震反应计算方法
2.
Frequency-domain analysis of horizontal seismic response of shear-wall structures;
剪力墙结构水平地震反应的频域分析
3.
Analyses of nonlinear models for the seismic responses of RC frames;
模型化方法对钢筋混凝土框架地震反应的影响分析
4) earthquake response
地震反应
1.
Spreadsheet Tool for numeric calculation of earthquake response Using Excel;
结构地震反应数值计算的excel方法
2.
The effect of transition floor on earthquake response of structure;
过渡层板厚对结构地震反应的影响
3.
Numerical analysis of earthquake response of cylindrical liquid storage tanks;
立式储液罐地震反应数值分析
5) seismic responses
地震反应
1.
Analysis of Dynamic Characteristics and Seismic Responses for High Pier-long Span Continual Rigid Frame Bridge;
高墩大跨连续刚构桥的动力性能及地震反应分析
2.
Study on dynamic properties and seismic responses of super high rise multitube megacolumn frame systems;
超高层多筒巨型柱框架体系动力特性与地震反应研究
3.
Analysis of the seismic responses control of structure with spacious first story by Hydraulic Damper System(HDS) in frequency domain;
液压阻尼控制系统(HDS)控制底层柔性结构地震反应的频域分析
6) Earthquake reaction
地震反应
1.
Time-history analysis on the earthquake reaction of interlayer sliding isolation system of model structure building;
盒式房屋层间摩擦隔震体系地震反应的时程分析
2.
The study on the earthquake reaction of interlayer sliding isolation system of model structure building;
盒式房屋层间摩擦隔震体系地震反应的研究
3.
Taking the middle pier of a grade separation bridge in Beijing City as the example, the article carries out the vibrostand experiment study of the bridge model earthquake reaction, and investigates the influence of the model earthquake reaction on the rubber support in layers, which provide the experimental basis for the anti-earthquake design of the bridge structure.
该文以北京市某立交桥中墩为原型,进行了桥梁模型地震反应的振动台实验研究,考察了分层橡胶支座对模型地震反应的影响,为桥梁结构的抗震设计提供实验依据。
补充资料:6JX防冲击橡胶减震器
分子式:
CAS号:
性质:属非线性大变形隔震防冲橡胶元件。由于其固有频率低、隔振效果好、承载范围宽、等频性好,特别适应于变负荷条件下的防冲击设备。为封闭结构,即使橡胶破裂,设备与基础也不脱开,可保证正常工作。适合于船舶、车辆等随机震动和冲击隔离要求较高的动力机械及电子设备等。
CAS号:
性质:属非线性大变形隔震防冲橡胶元件。由于其固有频率低、隔振效果好、承载范围宽、等频性好,特别适应于变负荷条件下的防冲击设备。为封闭结构,即使橡胶破裂,设备与基础也不脱开,可保证正常工作。适合于船舶、车辆等随机震动和冲击隔离要求较高的动力机械及电子设备等。
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