程鹏斌,李敏伟,马超,刘攀峰.基于模态实验的细长体两点激振试验方案的制定[J].装备环境工程,2018,15(6):7-10. CHENG Peng-bin,LI Min-wei,MA Chao,LIU Pan-feng.Design of Slender Dual-exciter Vibration Test Program Based on Modal Test[J].Equipment Environmental Engineering,2018,15(6):7-10. |
基于模态实验的细长体两点激振试验方案的制定 |
Design of Slender Dual-exciter Vibration Test Program Based on Modal Test |
投稿时间:2018-03-08 修订日期:2018-06-25 |
DOI:10.7643/ issn.1672-9242.2018.06.002 |
中文关键词: 模态实验 两点激振 激励位置 控制位置 |
英文关键词:modal test dual-exciter vibration excitation location control location |
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中文摘要: |
目的 细长体两点激振试验方案中,更好地选择激励位置、控制位置和悬挂点的位置。方法 制定两点激振试验方案时需要参考试件的模态信息。结果 根据试验方案的确定方法和模态试验理论,利用试件模型的模态试验结果,建立了一种试验方案制定时的激振位置、控制位置、悬挂位置计算方法,量化了试验方案的确定方法。结论 通过两种试验方案控制位置、悬挂位置计算数值的对比,可以直观地对比不同试验方案的优劣,有利于两点激振试验方案的制定和选择。 |
英文摘要: |
Objective To select proper position for excitation, control and suspension in slender dual-exciter vibration test. Methods The modal results can be referenced when designing the testing program before the dual-exciter vibration test. Results Based on the designing method of testing program and the modal test theory, the calculation formulas of excitation location, control location and hanging location were established when designing the testing program based on the modal test results. Conclusion Comparison of two test programs in numerical calculation of excitation, control and suspension position could compare advantages and disadvantages of two test programs and be favorable for making and selection of dual-exciter vibration test program. |
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