Associate Researchers
Zhou Baofeng
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Academic Title |
Associate Professor |
Research Direction |
Strong motion observation and ground motion characteristics research |
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Phone |
15134556583 |
Fax |
0451-86652621 |
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Mailing Address |
29 Xuefu Road, Nangang District, Harbin, Heilongjiang Province |
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Education |
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Ph.D. |
2008.09-2012.06.Institute of Engineering Mechanics, China Earthquake Administration.Supervisor: Xie Lili, Academician, Professor; Wen Ruizhi ,Professor. |
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M.Sc. |
2005.09-2008.06.Institute of Engineering Mechanics, China Earthquake Administration.Supervisor: Xie Lili, Academician, Professor. |
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B.Sc. |
2000.09-2004.06.Institute of civil engineering, Harbin Engineering University. Supervisor: Chen Dongni, Associate Professor. |
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Professional Experience |
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2015.11-Present |
Institute of Engineering Mechanics, China Earthquake Administration. Associate Professor |
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2013.09-2016.05 |
Harbin Institute of Technology(Mobile Postdoctoral Station), Heilongjiang Construction Group( Postdoctoral Centre), Postdoctoral |
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2012.08-2015.11 |
Institute of Engineering Mechanics, China Earthquake Administration. Associate Professor, research assistant |
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Research Interest |
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Strong motion observation and application technique, Strong motion records processing and Study on the characteristic and analysis of near-fault ground motion and artificial ground motion , Academic Service and Activities |
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1 |
Zhou Baofeng(15/15). Theories, methods and applications of performance-based seismic design of building structures. First Class Prize of State Scientific and Technological Progress Award,2015. |
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2 |
Zhou Baofeng(7/9). Research and application of 100m grade reinforced block masonry structure for high rise buildings. Second Prize of Scientific and Technological Progress of Heilongjiang Province, 2015. |
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3 |
Zhou Baofeng(2/5).Strong motion data processing sharing technology and software. Prize for Scientific and Technological Achievements in Earthquake Prevention and Mitigation by China Earthquake Administration, 2017. |
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4 |
Zhou Baofeng(7/7).Efficient numerical simulation techniques and engineering characteristics of near-fault ground motions. Third Prize of Scientific and Technological Progress of Heilongjiang Province, 2017. |
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Supported Projects |
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1 |
National Key R&D Programme Key Special Project for Intergovernmental Cooperation in International Science and Technology Innovation, Study of site classification evaluation techniques and optimal adjustment methods（2018YFE0109802）,2019/11-2022/11, 680K CNY |
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2 |
National Key R&D Program Project Topics, Techniques for the deployment of multifunctional strong-motion observation arrays for engineering structures,（2017YFC1500601-04）,2018/01-2021/12, 480K CNY |
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3 |
Youth Science Fund projects of National Natural Science Foundation of China, Research on key technologies in strong seismic data processing（51308517）, 2014/01-2016/12, 25K CNY |
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4 |
Natural Science Foundation of Heilongjiang Province, Study on the identification of permanent displacements of ground motion and the effect on seismically isolated structures,（E2015069）,2015/07 -2018/07, 70K CNY |
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5 |
Postdoctoral Fund of Heilongjiang Province, Study on the method of setting up a strong seismic observation array for building structures（LBH-Z13178）,2014/01-2016/12, 70K CNY |
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6 |
Heilongjiang Province Postdoctoral Start-up Fund, Study of the effect of piers on strong motion records and their correction,（LBH-Q18032）, 2019/01-2020/12, 60K CNY |
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7 |
Basic research operations of central-level public interest research institutes, Study of the mechanism of singular waveforms in strong motion recordings（2017B07）,2017/01-2019/12,32K CNY |
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8 |
Basic research operations of central-level public interest research institutes, Study of the identification, simulation and effects of velocity pulses on seismically isolated structures（2013B20）2013/07-2016/07, 15K CNY |
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9 |
Natural Science Foundation of Heilongjiang Province, Study on the identification of permanent displacements of ground motion and the effect on seismically isolated structures,（E2015069）,2015/07 -2018/07, 70K CNY |
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10 |
Natural Science Foundation Joint Steering Project of Heilongjiang Province, Research on the processing and selection of strong motion records based on data quality assessment（LH2022E120）,2022/07 -2025/07, 20K CNY |
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Selected Publication |
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1 |
Zhou Baofeng, Song Quan, Ren Yefei, Wen Ruizhi, Chen Xiangzhao. The study on the influence and application of foundation pier height on strong motion records [J/OL].Earth Science:1-10[2023-08-09].http://kns.cnki.net/kcms/detail/42.1874.P.20230801.1828.008.html. |
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2 |
Zhou Baofeng, Yu Haiying, Wen Ruizhi, Xie Lili.A new way of displacement identification [J]. China Civil Engineering Journal, 2013, 46 (S2):135-140. |
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3 |
Zhou Baofeng,Wen Ruizhi, Xie Lili.The preliminary study on the “spike” in strong motion records[J].China Civil Engineering Journal,2014,47(S2):1-5. |
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4 |
Zhou Baofeng, Wen Ruizhi, Xie Lili.Artificial ground motion considering effects of strength envelope models[J].China Civil Engineering Journal,2010,43(S1):6-9. |
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5 |
Baofeng Zhou, Tingsu Song, Ruizhi Wen, Lili Xie. Permanent Displacement Identification Analysis in 2011 Mw9.0 Tohoku Earthquake, Japan[C]. Applied Mechanics and Materials, 2014,580:1533-1537. |
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6 |
Zhou Baofeng, Ren Yefei, Wen Ruizhi, Xie Lili. Study on EMD method in strong motion record processing application [J]. Earthquake Engineering and Engineering Vibration, 2013, 33(6):10-15. |
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7 |
Zhou Baofeng, Song Tingsu, Yu Haiying, Xie Lili.The study on the wizard wave in the strong motion record [J]. Earthquake Engineering and Engineering Vibration, 2014, 34(S):93-99. |
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8 |
Zhou Baofeng, Yu Haiying, Ma Xinsheng, Xie Lili, Zhang Tongyu. Applications and Challenges of Strong Motion Instruments for Strong Motion Observation in China[C]. 16th World Conference on Earthquake Engineering, Santiago, Chile, January 9-13, 2017. |
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9 |
Zhou Baofeng, Xu Changqi, Xie Lili. An Improved Wavelet Method in Velocity Pulse Identification[C].China Engineering Science and Technology Forum and the 10th National Symposium on Earthquake Disaster Prevention and Mitigation Engineering, Chengdu,2018. |
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10 |
Zhou Baofeng, Fan Yuan, Wen Ruizhi, Gong Maosheng, Xie Lili.Development status and prospect for building structures seismic response observation array [J]. Earthquake Engineering and Engineering Vibration, 2017,37(3):57-66. |
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11 |
Zhou Baofeng, Yu Haiying, Wen Ruizhi, Xie Lili.Preliminary study on data quality in strong motion records[J].Seismological and Geomagnetic Observation and Research,2017,38(1):69-75. |
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12 |
Yu Haiying, Zhou Baofeng, Yang Cheng, Jiang Wenxiang, Xie Quancai, Xu Siming, Zhao Xiaofen.Strong vibration observation and acceleration record processing of the Lushan 7.0 magnitude earthquake[J]. Earthquake Engineering and Engineering Vibration,2014,34(S):153-160. |
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13 |
Liu Li, Zhou Baofeng, Xie Lili.Research on the fuzzy theory in urban earthquake disaster reduction ability of calibration[J].Earthquake Engineering and Engineering Vibration, 2014, 34(S):960-964. |
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14 |
Bo L,Baofeng Z,Jingchang K, et al. The Cut-Off Frequency of High-Pass Filtering of Strong-Motion Records Based on Transfer Learning[J]. Applied Sciences,2023,13(3). |
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15 |
Gong Maosheng, Zhou Baofeng, Zuo Zhanxuan. Analysis and application of strong earthquake observation records for building structures. Beijing: Earthquake Press, 2021. word count: 314,000. |
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16 |
Yu Haiying, Zhou Baofeng, Wen Ruizhi et al. Analysis and processing of strong vibration data from a three-dimensional site impact observation array in Tangshan Rangpu. Beijing: Earthquake Press, 2017. word count: 743,000. |
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17 |
Zhai Changhai, Xie Lili, Li Shuang, Zhou Baofeng, Xu Longjun. Strong ground shaking characteristics and seismic design spectrum. Harbin: Harbin Institute of Technology Press,2016.Word count: 296,000. |
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18 |
Yu Haiying, Dai Guanghui, Zhou Baofeng, Li Shangyou et al. Code of Practice for the Operation of Seismic Networks for Strong Vibration Observations, DB/T 89-2022, China Seismological Bureau, 2022.12.29. |
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19 |
Wang Fei,Yan Ting,Liu Ying,Kang Xundong,Ma Jiamei,You Hongbing,Wen Ruiji,Ma Qiang,Tan Qingquan,Wang Xiaomei,Fan Xiaoyong,Zhou Baofeng,Dong You,Yang Tao,Ju Shusen. Technical specification for strong vibration observation of building structures, DB11/T 1585-2018, Beijing Earthquake Bureau,2019.04.01. |
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20 |
Zhou Baofeng, Xu Changqi, Ren Yefei, Wen Ruiji, Xie Lili. Method and apparatus for identifying asymmetric waveforms in strong earthquake records, National invention patent, ZL2017 1 0192974.8 |
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21 |
Zhou Baofeng, Gong Maosheng, Ren Yefei, Wen Ruiji, Yu Haiying. Strong motion observation chamber and its construction method, National invention patent, ZL2016 1 0846504.4 |
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22 |
Zhou Baofeng, Ren Yefei, Wen Ruizhi, Xie Lili. A multifunctional strong-motion instrument portable case, National invention patent, ZL 2017 1 0209944.3 |
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23 |
Yu Haiying, Zhou Baofeng, Zhang Tongyu, Xie Quancai, Xu Xuan. A method and device for identifying low frequency cutoff frequency of filtered passband, National invention patent, ZL2017 1 0222478.2 |
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24 |
Zhou Baofeng, Ren Yefei, Wen Ruiji. A cold-proof strong-vibration instrument for easy installation, Utility model patent, ZL 2016 2 1485141.8 |
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25 |
Zhou Baofeng, Gong Maosheng. Seismic response observation system for high-rise building structures, Utility model patent, ZL 2018 2 0376811.5 |
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26 |
Zhou Baofeng, Gong Maosheng. Strong seismograph deployment adjustment device, Utility model patent, ZL2018 2 0376704.2 |
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27 |
Zhou Baofeng, Li Ning. A kind of special case for strong seismograph used in low temperature environment, Utility model patent, ZL201921885156.7 |
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28 |
Zhou Baofeng, Ma Xinsheng, Gao Yubo, Xie Zhinan.One-piece sensor leveling device, National invention patent, ZL 2017 1 0531616.5 |
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29 |
Zhou Baofeng.A time simulation method for strong vibration displacement with permanent displacement, National invention patent, ZL 2020 1 1227761.2 |
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30 |
Zhou Baofeng, Xie Lili, Wen Ruiji, Ma Xinsheng.A seismograph for detecting rotating ground motions, National invention patent, ZL 2017 1 0323196.1 |
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