Isolation control analysis is carried out for Kewitte latticed shell in which all horizontal pin supports were replaced by spring supports or damped spring supports.
将凯威特网壳结构的固定支座设置成隔震支座，分别采用弹簧支座和粘弹阻尼支座对结构进行了隔震控制。
Objective In order to ensure that a shell structure can stand up the test of wideband random vibration environment, a vibration isolation design method is developed.
目的针对壳体结构模型进行减振设计，使其能经受宽带随机振动环境考核。
Isolation control analysis is carried out for Kewitte latticed shell in which all horizontal pin supports were replaced by spring supports or damped spring supports.
将短程线型网壳结构的支座设置成隔震支座，对结构进行了隔震控制，分别采用弹簧支座和弹簧阻尼支座对结构进行了控制。
Isolation control analysis is carried out for Kewitte latticed shell in which all horizontal pin supports were replaced by spring supports or damped spring supports.
将短程线型网壳结构的支座设置成隔震支座，对结构进行了隔震控制，分别采用弹簧支座和弹簧阻尼支座对结构进行了控制。
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