Test and Numerical Analysis of Natural Frequency for Tube

Zhi Ying Chen, Zhongquan Liu, W. Hou
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Abstract

In order to confirm the validity of calculating natural frequencies for filling liquid tube by the FEA. The simulation calculation could be achieved for tube vibration analysis of digital design. Natural frequencies are measured and calculated for tubes with liquid by the FEA and test. Using the hammering method vibration feature is tested for freedom tube of empty, filling oil and filling fuel. And natural frequencies are calculated by the FEA on ANSYS software. Effect factors are analyzed on natural frequencies for tube diameter, liquid type etc. Especially the numerical value of frequency decrease is found with filling liquid tube. The calculation model of natural frequencies is build on including several factors such as filling liquid. The technology foundation is established for analyzing tube vibration features. The simplification calculation could be provided for simulating vibration analysis of digital design tubes.
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管道固有频率的试验与数值分析
为了验证用有限元法计算充液管固有频率的有效性。对数字化设计的管件振动分析进行了仿真计算。通过有限元分析和试验,对含液管的固有频率进行了测量和计算。采用锤击法对空、充油、充油自由管的振动特性进行了测试。在ANSYS软件上进行有限元分析,计算了结构的固有频率。分析了管径、液体类型等因素对固有频率的影响。特别是在填充液管时,得到了频率降低的数值。建立了考虑填充液等因素的固有频率计算模型。为分析钢管振动特性奠定了技术基础。简化计算可为数字化设计管的仿真振动分析提供依据。
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