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- The conclusion is beneficial to design of energy dissipative brace. 结论对耗能支撑的设计具有参考价值。
- viscoelastic energy dissipation brace 粘弹性消能支撑
- friction energy dissipation brace 摩擦耗能支撑
- friction energy dissipation brace device 摩擦耗能支撑装置
- The check to ultimate bearing capacity of viscoelastic energy dissipative brace is often neglected, which probably causes dangerous result. 实际设计中往往疏忽对粘弹性阻尼器消能支撑极限承载力的复核，从而导致安全隐患。
- On the base of the force and displacement relationship obtained by the test, the hysteretic model of Mix Friction Energy Dissipation Braces has been raised in this paper. 根据由试验获得的复合型摩擦消能支撑滞回曲线 ,提出了复合型摩擦消能支撑的滞回模型 ,并用它来拟合试验结果。
- Owing to the low yield strength and high deformation capacity of mild steel, mild steel flexural energy dissipation braces can effectually reduce the structure responses to earthquake. 利用软钢的屈服强度低、变形能力强的特点制作的受弯屈服型耗能支撑，具有显著的耗能特性，可以有效地减小结构物的地震反应。
- Keywords energy dissipation brace;structure earthquake-proof;structural passive control;hysteretic model; 摩擦消能支撑;结构抗震;结构被动控制;滞回模型;
- The results of many tests show that energy dissipation braces based on friction can dissipate a great deal input energy of earthquake and its aseismic behaviors are very good. 试验及理论分析表明,采用安装摩擦阻尼器的耗能支撑来保护结构,可耗散大量地震能量,减震效果好。
- friction energy dissipating brace 摩擦耗能支撑
- eccentrically and energy dissipation braced 消能偏心支撑
- viscous energy dissipation braces 粘滞消能支撑
- energy dissipation brace 消能支撑
- Check to ultimate bearing capacity of viscoelastic energy dissipative brace 粘弹性阻尼器耗能支撑极限承载力的复核
- Non-linear stiffness analysis of frictional energy dissipation braced divice 摩擦消能支撑装置非线性刚度分析
- Further Research on Optimization of the Parameters of Energy Dissipation Braces 消能支撑参数优化方法的进一步研究
- The structure performs well in ductility and energy dissipation. 结构表现出良好的延性和耗能能力；
- In recent years, several researchers have confirmed that buckling restrained brace (BRB) is a very effective energy dissipation element to reduce seismic responses of building structures. 近几年来有关挫屈束制支撑(BRB)之研究，均证实此种消能斜撑为一种十分有效的耐震消能元件。
- Buckling-restrained brace (BRB), with enhanced lateral stiffness and higher earthquake energy dissipation capacity, it can be used in seismic mitigation and retrofitting of structure. 摘要防压曲支撑(BRB)既可提高结构的抗侧刚度，又有较强的地震耗能能力，可用于结构抗震加固中。
- Simulation analysis of quasi-static cyclic test for energy dissipation braced frame structures 消能支撑框架结构的低周往复水平荷载试验仿真分析方法
