地板上工业动力设备的振动研究

Xiaoshuai Qiao, Hong Lin, Li-Na Kou
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引用次数: 0

摘要

针对地板上工业动力设备振动突出的问题,振动设计的相关标准零散,要求不统一,振动计算复杂。本文首先结合设计经验,分析了动力计算方法、振动载荷取值、动力影响分级和允许振动极限。并以实际工程中常用的单梁为对象,从结构的自振特性出发,总结了结构的振动规律、减振措施和设计原则。研究最终得出了动力设备在楼板上时振动设计的基本流程和方法,为今后的振动设计提供了直观、清晰的参考。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on Vibration of Industrial Dynamic Equipment on the Floor
In view of the prominent vibration of industrial dynamic equipment on the floor, the related Standard of vibration design is scattered, the requirements are not uniform, and the vibration calculation is complex. This article first combines the design experience to analyse the dynamic calculation methods, the value of vibration load, grading of dynamic influence, and the allowable vibration limit. And take the single beam commonly used in actual engineering as the object, starting from the natural vibration characteristics of the structure, the vibration law, vibration reduction measures and design principles are summarized. The research finally worked out the basic process and method of vibration design when the dynamic equipment is on the floor, thus providing an intuitive and clear reference for future vibration design.
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