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Analysis and Modeling of Vibrations and Dynamic States in Technical Systems: Forms of Interaction Between Elements
Abstract
The issues of vibration interactions, dynamic states and forms of interaction of elements in technical objects with an emphasis on modern mechanical engineering are considered. Basic methods such as the use of systems of equations related to the dynamic state are discussed, as well as a special focus on interdisciplinary interactions applied in robotics and mechatronics. It has been shown that modern technical systems require detailed descriptions, which leads to the use of idealized calculation schemes that help in the analysis and prediction of machine behavior under the influence of dynamic influences. Thus, the need for a systematic approach to the analysis and design of vibration properties of technical objects is justified, which requires the use of interdisciplinary methods, the latest mathematical and computational technologies.
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