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On mechanical vibration analysis of a multi degree of freedom system based on arduino and MEMS accelerometers

机译:基于Arduino和MEMS加速度计的多自由度系统的机械振动分析

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This paper is aimed at undergraduate students of physics, engineering and mathematics, where a methodology for mechanical vibration analysis of a multi degree of freedom (DOF) excited by an harmonic force in the time and frequency domain is presented. The Arduino microcontroller is used as an acquisition system and low-cost MEMS accelerometers for the instrumentation of the system. System of multi DOF are studied in a great number of problems in mechanical sciences, however its experimental study is not always present in the courses due to the high costs and complexity. These problems are overpassed with the study proposed in this work. Besides, the application presented has an interface with several disciplines in undergraduation and graduation level. The method proposed can be easy implemented and the results obtained had good precision and are in agreement with the literature.
机译:本文针对的是物理,工程和数学专业的大学生,他们提出了一种在时域和频域中由谐波力激发的多自由度(DOF)机械振动分析的方法。 Arduino微控制器用作采集系统和低成本MEMS加速度计,用于系统检测。在机械科学中,对多自由度系统进行了大量研究,但是由于成本高且复杂性高,其实验研究并不总是出现在课程中。这些问题被这项工作中提出的研究所克服。此外,所介绍的应用程序具有与本科和毕业水平的多个学科的接口。所提出的方法易于实现,得到的结果具有较高的精度,与文献一致。

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