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Development of a Machine Learning-Based Damage Identification Method Using Multi-Point Simultaneous Acceleration Measurement Results

机译：使用多点同时加速度测量结果的机器学习损伤识别方法的开发

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Pang-jo Chun; Tatsuro Yamane; Shota Izumi; Naoya Kuramoto;
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年度 2020
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1. Structure-borne sound transmission from machines in buildings, part 1: indirect measurement of force at the machine-receiver interface of a single and multi-point connected system by a reciprocal method [J] . S. H. Yap, B. M. Gibbs Journal of Sound and Vibration . 1999,第1期

机译：来自建筑物中机器的结构声传输，第1部分：通过互易方法间接测量单点和多点连接系统的机器-接收器界面处的力
2. Quantification of Fatigue Damage for Structural Details in Slender Coastal Bridges Using Machine Learning-Based Methods [J] . Qin Lu, Jin Zhu, Wei Zhang Journal of bridge engineering . 2020,第7期

机译：使用基于机器学习的方法量化纤细沿海桥梁结构细节的疲劳损伤
3. A Comparison of Low Cost Structure-borne Sound Measurement and Acceleration Measurement for Detection of Workpiece Vibrations in 5-axis Simultaneous Machining [J] . D. Biermann, A. Zabel, T. Brüggemann, Procedia CIRP . 2013,第5期

机译：低成本结构声测量与加速度测量在5轴同时加工中检测工件振动的比较
4. A comparison of low cost structure-borne sound measurement and acceleration measurement for detection of workpiece vibrations in 5-axis simultaneous machining [C] . D. Biermann, A. Zabel, T. Bruggemann International Academy for Production Engineering International Conference on Intelligent Computation in Manufacturing Engineering . 2014

机译：低成本结构传播音响测量和加速度测量的比较，用于检测5轴同声加工的工件振动
5. Damage Identification of the Dowling Hall Footbridge Based on Ambient Acceleration and Strain Measurement. [D] . Li, Xiang. 2013

机译：基于环境加速度和应变测量的道林厅人行天桥损伤识别。
6. Development of a Machine Learning-Based Damage Identification Method Using Multi-Point Simultaneous Acceleration Measurement Results [O] . Pang-jo Chun, Tatsuro Yamane, Shota Izumi, 2020

机译：使用多点同时加速度测量结果的机器学习损伤识别方法的开发
7. DAMAGE IDENTIFICATION ON I-BEAM MEMBER USING MULTIPOINT ACCELERATION MEASUREMENT AND MACHINE LEARNING [O] . Pang-jo CHUN, Naoya KURAMOTO, Kouji KUMAOKA 2016

机译：利用多点加速度测量和机器学习对I光束构件的损坏识别

Development of a Machine Learning-Based Damage Identification Method Using Multi-Point Simultaneous Acceleration Measurement Results

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