方舟（講師）
人物簡歷
2021.07 被聘為福州大學旗山學者（海外項目）
2021.06至今講師電氣工程與自動化學院福州大學
2020.11~2021.01, 香港理工大學，航空與航空工程系，博士後
2020.02~2020.10, 香港城市大學，先進制造與系統管理系，博士後
2015.09~2020.02，香港城市大學，先進制造與系統管理系，博士
2011.09~2014.07，北京工業大學，材料與製造學部，儀器科學與技術專業，碩士
2007.09~2011.07，中國石油大學（北京），機械與儲運工程學院，機械設計製造及其自動化專業，學士
科研項目
1.福州大學科研啟動項目，基於電磁傳感器設計的非線性超聲導波奧氏體不鏽鋼探傷的研究，2021.10-2023.09，在研，主持
2.香港科技創新署項目（ITF），Innovative Guided Wave Sensor and System for Inspecting the Integrity and Corrosion Extent of Buried or Covered Pipes，2015.01-2017.09，結題，參與。
3.香港研究資助局項目（GRF）， The Design of an Enhanced Magnetostrictive Sensor and an Advanced Signal Processing Method for Detecting Corrosion in Through wall Gas Pipe Risers，2014.01-2017.03，結題，參與。
學術兼職
Measurement, Smart Materials and Structures, NDT&E international, Nondestructive testing and evaluation, Mechanism and Machine Theory, IEEE INSTRUMENTATION & MEASUREMENT MAGAZINE等期刊的審稿人。
研究方向
學術成果
論文
[1]Zhou Fang*, Peter W. Tse, Characteristics of Spiral Lamb Wave Triggered by CL-MPT and Its Application to the Detection of Limited Circumferential Extent Defects and Axial Extent Evaluation within Pipes, IEEE Transactions on Instrumentation and Measurement, vol. 70, June 2021.
[2]Zhou Fang*, Peter W. Tse, Fan Xu, Characterization of a Partially Covered AM-MPT and its Application to Damage Scans of Small Diameter Pipes Based on Analysis of the Beam Directivity of the MHz Lamb wave, IEEE Transactions on Ultrasonics, Ferroelectrics, and Frequency Control, vol. 67:2717-2730, Dec 2020.
[3]Zhou Fang, Peter W. Tse*, Demagnetization-based axial magnetized magnetostrictive patch transducers for locating defect in small-diameter pipes using the non-axisymmetric guided wave. Structural Health Monitoring-an international journal, vol. 18:1738-60, Oct 2019.
[4]Zhou Fang, Peter W. Tse*, Axial magnetized patch for efficient transduction of longitudinal guided wave and defect identification in concrete-covered pipe risers, Structural Control and Health Monitoring, vol. 25, Oct 2018.
[5]Zhou Fang, Peter W. Tse*, Methodology for circumferential localisation of defects within small-diameter concrete-covered pipes based on changing of energy distribution of non-axisymmetric guided waves, Applied Acoustics, vol. 168, May 2020.
[6]Zhou Fang, Peter W. Tse, Fan Xu*, The application of a reflected non-axisymmetric torsional guided wave model for imaging crack-like defects in small-diameter pipes, Measurement Science and Technology, vol. 32:1-20, Dec 2020.
[7]Peter W. Tse*, Zhou Fang, NG Kim Ming, Novel Design of a Smart and Harmonized Flexible Printed Coil Sensor to Enhance the Ability to Detect Defects in Pipes, NDT&E International, vol. 103, pp. 48-61, April 2019.
[8]Fan Xu, Zhou Fang*, Ruoli Tang, Xin Li, Kwok Leung Tsui, An unsupervised and enhanced deep belief network for bearing performance degradation assessment, Measurement, vol. 162, pp. 107902-107911, Oct 2020.
[9]Javad Rostami, Peter W. Tse*, Zhou Fang, Sparse and Dispersion -Based Matching Pursuit for Minimizing the Dispersion Effect Occurring When Using Guided Wave for Pipe Inspection, Materials, vol. 10, pp. 622, Oct 2017.
[10]Peter W. Tse *, Zhou Fang, Defect identification in concrete-covered pipe by using smart magnetostrictive patch transducer and demagnetizing factors, Far East NDT 2018, Xiamen, China.
[11]Peter W. Tse*, Zhou Fang, Investigation on empowering one direction emission of guided waves to avoid undesired reflections from other pipe attachments, 42nd Annual Review of Progress in Quantitative Nondestructive Evaluation 1706, 030015 (2016).
[12]吳斌*, 方舟, 劉增華, 「錨固條件下礦用錨索中縱嚮導波的傳播特性的實驗研究」——《振動與衝擊》vol. 33(15), pp.189, 2015.
[13]吳斌*, 方舟, 劉增華, 「低頻扭轉模態在鋼花管中傳播特性的數值模擬」——《北京工業大學學報》 vol. 41(6), pp.801, 2014.
著作權
[1]Peter W. Tse, Zhou Fang, Apparatus for magnetostrictive sensor for guided-wave-based inspection, and its associated system and method, Patent No . : US 10 , 181 , 371 B1. Jau. 15, 2019.
[2]吳斌, 方舟, 劉增華, 鋼花管導波檢測用的雙環一體式壓電片夾持裝置。專利號：ZL 2014 2 0244266.6.
[3]吳斌, 方舟, 劉增華, 超聲導波錨索長度測量軟件, 2013。登記號：2013SRBJ0235.[1]