发展水平的概念,在评估的动态状态的机械振荡系统受到连接的振动载荷

А. В. Елисеев, Н. К. Кузнецов
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引用次数: 0

摘要

本文提出了一种评估、控制和形成动态状态的系统方法框架,该框架基于受连接振动载荷的技术对象元素的水平联系概念。该研究的方法论基础包括结构数学模型,该模型允许将机械振荡系统(用作技术对象的计算模型)与相当于动态关系的自动化操作系统的结构方案进行比较。针对具有三自由度的实体机械振动系统,设计了总体广义动力状态的能级解释。它们的显著特征体现在共振的数量,振荡振幅设置为零的模式,以及动态相互作用的确定形式。在层次联系的基础上,建立了一个一般概念系统来描述振动载荷的连接在形成机械振动系统边界动态状态中的作用。结果包括解析方程、图形图像和数值实验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
DEVELOPING A LEVEL CONCEPT IN ASSESSMENT OF THE DYNAMIC STATE OF MECHANICAL OSCILLATORY SYSTEMS SUBJECTED TO CONNECTED VIBRATIONAL LOADINGS
The article presents a frame of a systematic approach to assessment, control, and formation of dynamic states based on the concept of level ties of elements of technical objects subjected to connected vibrational loadings. The methodological basis of the study comprises structural mathematical modeling that allows for a comparison of mechanical oscillatory systems, which are used as computational models for tech-nical objects, with structural schemes of automated operating systems that are equivalent to dynamic relations. A level interpretation of total generalized dynamic states is designed for mechanical oscillatory systems created with solid body with three degrees of freedom. Their significant features are reflected in the number of reso-nances, modes of oscillation amplitude setting to zero, and definite form of dynamic interactions. Based on the level ties, a system of general concepts is developed to depict the role of connection of vibrational loadings in creating border dynamic states of mechanical oscillatory systems. The results consist of analytical equations, graphical images, and numerical experiments.
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