有过度振动或冲击的环境。
为减小肼瓶系统的过度振动,采用结构优化方法进行了减振动力学设计。
To reduce the excessive vibration, the structural optimization methods are used to modify the original dynamic design of hydrazine bottle system.
采用具有鲁棒性能的H2控制方法对海洋平台的过度振动进行控制,给出与控制效果相关的加权函数形。
The H2 control method, which can be used to control the excessive vibration of the offshore platforms with robustness is adopted.
让轴承失效通常的因素有冲击、振动以及过度的径向和轴向的负载。
Common causes of bearing failure are shock, vibration, and excessive radial and axial loads.
让轴承失效通常的因素有冲击、振动以及过度的径向和轴向的负载。
Common causes of bearing failure are shock, vibration, and excessive radial and axial loads.
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