机译:大型涡流阻尼器的设计与动态特性,具有增强性能的振动控制性能
Key Laboratory for Wind and Bridge Engineering of Hunan Province Hunan University China;
Key Laboratory for Wind and Bridge Engineering of Hunan Province Hunan University China Vibration and Shock Technology Research Center College of Civil Engineering Hunan University China;
Key Laboratory for Wind and Bridge Engineering of Hunan Province Hunan University China Vibration and Shock Technology Research Center College of Civil Engineering Hunan University China;
Key Laboratory for Wind and Bridge Engineering of Hunan Province Hunan University China;
Key Laboratory for Wind and Bridge Engineering of Hunan Province Hunan University China;
Vibration control; Eddy current dampers; Rotary dampers; Damping density; Force-speed characteristics; Seismic control;
机译:用于抑制机器人铣削振动的涡流阻尼器的设计:
机译:利用涡流阻尼器的隔振系统设计
机译:考虑涡流和磁滞的带有Galfenol阻尼器的振动系统动态耦合模型
机译:直驱进给系统减振用涡流阻尼器的设计与控制
机译:一种新型的调谐液体阻尼器及其在增强抗震性能方面的有效性:数值表征,实验验证,参数分析和基于生命周期的设计。
机译:应用调谐液柱球阻尼器(TLCBD)改善多层结构的振动控制性能
机译:机器人碾磨振动抑制涡流阻尼器的设计
机译:用于低温涡轮机械的磁涡流减振器的设计研究