Mechanical Vibration and Shock Measurement of Material Flow Devices and Systems

Szentmiklósi, István and Illés, Béla (2019) Mechanical Vibration and Shock Measurement of Material Flow Devices and Systems. ADVANCED LOGISTIC SYSTEMS: THEORY AND PRACTICE, 13 (1). pp. 55-67. ISSN 1789-2198

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Abstract

The article deals with the measurement and analysis of the vibration of material flow devices and systems. This work has been done to find out if and in what form kinetic energy arises in comprehensive material flow processes. In the first chapter the theory of vibration measurement from periodic vibration to transient effects will be described using their physical and mathematical foundations. At the beginning of the article the results of the large-scale measurements are presented. A special focus is on the natural frequency of the individual material flow devices. It has to be examined whether it is a certain useful frequency of technical units such as trucks, conveyor belt, etc. exist over the entire supply chain. In the second chapter, the theoretical basics of metrology are described, then the results will be presented and then the results will be summarized and evaluated. At the very end, an outlook is given about the further steps of the work.

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