王顺 副教授

作者: 时间:2024-02-27 点击数:



   王顺  Wang Shun  副教授



职称:副教授

所属学院:信息工程学院

导师类别:硕导

科研方向:光纤传感技术、海洋信息感知、结构健康监测

联系方式:shunwang@gdut.edu.cn

硕士招生学院:信息工程学院



个人简述:

王顺,工学博士,广东工业大学“青年百人计划”特聘副教授,硕士生导师。主要从事光纤传感技术、结构健康监测方面的研究。主持国家自科基金青年基金、科技部重点研发计划项目子课题、湖北省自科基金、湖北省教育厅基金等项目多项,参与国家自然科学基金重点项目、重大项目、面上项目、新加坡陆路交通管理局(LTA)重大项目、人工智能新加坡(AI-SG)项目、横向项目等多项。发表论文70余篇, 其中一作或通信30篇,论文被引1500余次,H指数24。参加编著学术著作1部, 申请专利24项,授权专利10项, 其中申请2项新加坡专利,公开1项PCT国际专利。2022年获得国际学术“最佳研究者奖”(Best Researcher Award),2024年入选“全球前2%顶尖科学家”年度影响力榜单。国家自然科学基金(NSFC)函评专家,长期担任OE, OL, JLT等多个光学权威期刊的审稿人,担任Applied Sciences、Photonics等期刊专题编辑。多次受邀在ICOCN、APOS、OFSC等国际国内学术会议上做特邀或口头报告。


学科领域:

科学学位:信息与通信工程(0810)、光学工程(0803)

专业学位:信息与通信工程(0810)、光学工程(0803)


教育背景:

2015/12-2016/05, 南洋理工大学, EEE学院, 联合培养

2011/09-2016/06, 华中科技大学, 光学工程, 硕博连读


工作经历:

2023/06-至今, 广东工业大学, 信息工程学院, 副教授

2021/01-2023/05, 南洋理工大学, CEE学院, 博士后研究员

2016/07-2021/01, 武汉工程大学, 光能数理学院, 讲师、硕导


学术兼职:

1.国家自然科学基金(NSFC)函评专家

2.《广东工业大学学报》青年编委

3.担任OE、OL、JLT等光学权威期刊审稿人

4.担任Applied Sciences专题编辑


主要荣誉:

5.2024年入选“全球前2%顶尖科学家”年度影响力榜单

6.2022年国际学术“最佳研究者奖”(Best Researcher Award)

7.2020指导本科生获大学生创新创业训练项目国家级1项

8.2019指导本科生获节能减排大赛全国二等奖1项

9.2018武汉工程大学“优秀分团委书记”、“青年岗位能手”、“百佳导师”、“工会积极分子”

10.2015华中科技大学博士生国家奖学金、博士生公派联合培养奖学金


主要著作:

1.S. Wang, W. Ni, L. Zhang, P. Lu, Y. Yang, and L. Wei, Fiber-Based Infrasound Sensing, Advanced Fiber Sensing Technologies, Springer Singapore (2020).


主要论文:

[1] T. Lu, S. Wang*, K. Wen, et al. Improving Sensing Performance of Plate-type Fiber Optic Accelerometers Using Non-circular Fiber Optic Coils[J]. IEEE Sensors Journal, 2025.

[2] F. Lei, S. Wang*, L. Wu, et al. Dual-Channel Sensing Technology with Ultra-High FOM Enhanced by TMOKE[J]. IEEE Sensors Journal, 2025.

[3] S. Wang, Z. Yang, L. Mohanty, et al. Distributed fiber optic sensing for internal strain monitoring in full life cycle of concrete slabs with BOFDA technology[J]. Engineering Structures, 2024, 305: 117798. (中科院一区TOP)

[4] X. Yang, Y. Shen, Z. Wang*, H. Zhao, C. Wang, S. Wang*, H. Chen, X Zheng*, T. Zhang*, Flexible fiber sensors for monitoring multi‐point and distributed stress and strain, Advanced Materials Technologies, 9(3), 2301854.(2024). (中科院三区)

[5] S. Wang, A. Madan, C. Zhao, E. S. Huang, T. Su, B. J. Chiew, Y. Yang*, Experimental study on strain of SFRC tunnel lining segments using a comprehensive embedded optical fiber sensing system, Measurement, 113791,(2023). (中科院二区TOP)

[6] D. Yu, S. Wang*, W. Li, Y. Yang*, J. Hong, Shape sensing for thin-shell spaceborne antennas with adaptive isogeometric analysis and inverse finite element method, Thin-Walled Structures, 192, 111154,(2023). (中科院一区TOP)

[7] S. Wang, L. Mohanty, Y. Yang*, An accurate demodulation method for fiber-optic interferometric sensors based on the expanded free spectral range, IEEE Sensors Journal, 23(3): 2241-2248, (2023) .(中科院二区)

[8] S. Zhang, S. Wang*, et al., A novel slight-tilt measure method based on dynamic Vernier effect using dual Fabry-Perot interferometers on vertical cantilever beam, Sensors and Actuators A: Physical, 113982,(2022).

[9] S. Wang, Y. Yang*, et al., Ultrasensitive fiber optic inclinometer based on dynamic Vernier effect using push-pull configuration, IEEE Transactions on Instrumentation and Measurement, 71, 7006408, (2022). (中科院二区TOP)

[10] P. Niu, S. Wang*, et al., Simultaneous measurement of water pressure and temperature based on a simple Fabry-Perot sensor, IEEE Photonics Technology Letters, 34(12): 629-632, (2022).

[11] S. Wang, Y. Yang*, et al., High-precision large-range optical fiber interferometric piezometer and its wide band interferometry for water pressure measurement, IEEE Transactions on Instrumentation and Measurement,71, 7001613-7001625, (2022). (中科院二区TOP)

[12] S. Wang, Y. Yang, et al., High-precision fiber optic liquid level sensor based on fast Fourier amplitude demodulation in a specific range of spectrum, Measurement,187: 110326, (2022). (中科院二区TOP)

[13] S. Wang, Y. Yang, et al., In-situ adjustable fiber-optic piezometer based on parallelly structured external Fabry-Perot interferometers with Vernier effect and its harmonics, Optics Express, 29(26): 42800-42812, (2021). (中科院二区TOP)

[14] S. Wang, Y. Yang*, et al., Fiber tip Michelson interferometer for temperature sensing based on polymer-filled suspended core fiber, Optics and Laser Technology, 141, 107147-107150, (2021). (中科院二区TOP)

[15] S. Wu, ... S. Wang*, et al., Temperature-independent ultra-sensitive refractive index sensor based on hollow-core silica tubes and tapers, Optics Express, 29(7): 10939-10948 (2021). (中科院二区TOP)

[16] S. Wang, P. Niu, et al., Curvature and Temperature Sensor Based on Anti-resonant Effect Combined with Multimode Interference, IEEE Photonics Technology Letters, 33(3): 127-130 (2021).

[17] N. Xing, S. Jin, Y. Li, and S. Wang*, Twice-FFT demodulation for signal distortion in optical fiber FP acoustic sensor, Heliyon, 6(12), e05790, (2020).

[18] J. Yuan, ... S. Wang*, A simple fiber lateral stress sensor based on polarization-maintaining fiber embedded Michelson interferometer assisted by silicon rubber sheets, Optik, 203,164008, (2020).

[19] F. Zhao, ... S. Wang*, A fiber optic temperature sensor based on interference fringe contrast demodulation, Optik, 204,164014, (2020).

[20] S. Wang, S. Wang*, et al., All-optical demodulation fiber acoustic sensor with real-time controllable sensitivity based on optical vernier effect, IEEE Photonics Journal, 11(4), 1-11, (2019).

[21] M., Feng, S. Wang*, et al., A miniature inline fiber temperature sensor based on a silica capillary partially filled with ethanol, Optik, 193, 162993, (2019).

[22] S. Wang, S. Wang*, et al., An inline fiber curvature sensor based on anti-resonant reflecting guidance in silica tube, Optics and Laser Technology, 111, 407-410, (2019). (中科院二区TOP)

[23] S. Wang, M. Feng, et al., Highly sensitive temperature sensor based on gain competition mechanism using graphene coated microfiber, IEEE Photonics Journal, 10(3), 1-8,(2018).

[24] S. Liu, J. Tian, S. Wang*, et al., Anti-resonant reflecting guidance in silica tube for high temperature sensing, IEEE Photonics Technology Letters, 29(23), 2135-2138, (2017).

[25] S. Wang, S. Liu, et al., Dual-wavelength Highly-sensitive Refractive Index Sensor, Optics Express, 25(13), 14389-14396, (2017). (中科院二区TOP)

[26] S. Wang, T. Zhang#, et al., Flexible Piezoelectric Fibers for Acoustic Sensing and Positioning, Advanced Electronic Materials, 3(3), (2017). (中科院二区)

[27] S. Wang, P. Lu, et al., An infrasound sensor based on extrinsic fiber-optic Fabry-Perot interferometer structure, IEEE Photonics Technology Letters, 28(11), 1264-1267, (2016).

[28] S. Wang, P. Lu, et al., Cascaded interferometers structure based on dual-pass Mach-Zehnder interferometer and Sagnac interferometer for dual-parameter sensing, Optics Express, 23(2), 674-680, (2015). (中科院二区TOP)

[29] S. Wang, P. Lu, et al., 2μm dual-wavelength switchable fiber laser based on dual-channel Mach-Zehnder interferometer and spatialmode beating effect cascaded filter, Applied Physics B: Lasers and Optics, 117(2), 563-569, (2014).

[30] S. Wang, P. Lu, et al., Intensity Demodulation-Based Acoustic Sensor Using Dual Fiber Bragg Gratings and A Titanium Film, Journal of Modern Optics, 61(12), 1033-1038, (2014).

[31]  S. Wang, P. Lu, et al., Optical fiber acoustic sensor based on non-standard fused coupler and aluminum foil, IEEE Sensors Journal, 14(7), 2293-2298, (2014).

[32] S. Wang, P. Lu, et al., Passively mode-locked fiber laser sensor for acoustic pressure sensing, Journal of Modern Optics, 60(21), 1892-1897, (2013).


知识产权:

[1]王顺,路坦,江睿尧,温坤华,杨军,秦玉文,一种多层匝异形光纤环的板式光纤加速度计,受理号2025100251737,中国,2025

[2]王顺,杨思瑶,高亮,师嘉乐,杨军,王云才,秦玉文,一种基于翼型剪切流结构的光纤二维矢量海洋湍流传感器, 受理号2024115238533,中国,2024

[3]王顺,师嘉乐,高亮,杨军,王云才,秦玉文,一种基于累积光纤长度增敏的光纤海洋温盐深多参量集成传感器,受理号2024115238251,中国,2024

[4]王顺,雷富贵,吴雷明,杨军,王云才,秦玉文,基于混沌信号增强的阵列数字外差干涉解调技术,受理号2024117026233,中国,2024

[5]江睿尧,王顺,路坦,温坤华,杨军,秦玉文,保偏光纤双通MZ共干涉仪结构游标增敏型温度传感装置,受理号2024117380143,中国,2024

[6]陈廷珲,王顺,黄裕,彭楚艺,一种实现全时段人流量与异常集散行为监测的方法及设备,受理号202410628924X,中国,2024

[7]YANG YW, WANG S and MOHANTY L, System And Method For Measuring Fluid Pressure, PCT patent, International Publication Number: WO 2023/014283 A2, (2022) 公开

[8]王顺, 张松阳, 牛盼婷, 沈正卿, 陈荻, 一种基于动态游标效应的光纤倾角测量装置, 受理号202210480249.1, 中国, 2022

[9]王顺, 张松阳, 牛盼婷, 沈正卿, 陈荻, 基于垂直悬臂梁和双 FBG 的原位光纤测斜仪和测斜方法,受理号202210261006.9, 中国, 2022

[10] YANG YW, WANG S and MOHANTY L, A Cost-Effective High-Precision Large-Range Optical Fiber Interference Piezometer, SG Patent No.: 10202108491W (Licensed to Syswell)(2021)

[11] YANG YW, WANG S and MOHANTY L, An in-situ adjustable fiber-optic piezometer based on parallelly structured external Fabry-Perot interferometers with Vernier effect”, SG Patent No.: 10202110555X (2021)

[12] 王顺, 牛盼婷, 吴舜, 刘书辉, 基于反谐振效应与多模干涉相结合的光纤曲率和温度同时测量装置, 受理 202110386426.5, 中国, 2021 授权

[13] 王顺, 牛盼婷, 吴舜, 刘书辉, 基于紫外胶填充悬芯光纤的迈克尔逊干涉型温度传感器, 受理202110386421.2, 中国, 2021

[14] 赵文琴, 王顺, 赵天成, 龚毅敏, 蒋闯, 项丝梦, 贺丽君, 一种测量光纤曲率的装置及方法,专利号201911352841.8, 中国, 2019 授权

[15] 王顺, 王帅, 冯铭哲, 一种无需安装的投入式光纤液位仪,受理号 201911227307.4, 中国, 2019

[16] 王顺, 冯铭哲, 王帅, 一种玻璃管填充的光纤温度测量装置, 专利号 201910151820.3, 中国, 2019 授权

[17] 王顺, 冯铭哲, 王帅, 一种增益竞争温度测量装置, 专利号 201810034580.4, 中国, 2018 授权

[18] 王顺, 刘书辉, 陆培祥, 一种水下超声源定位系统, 专利号 201610863552.4, 中国, 2017 授权

[19] 王顺, 刘书辉, 陆培祥, 一种双波长增益竞争折射率测量装置--发明专利文件, 受理号 201710338581.3, 中国, 2017

[20] 鲁平, 王顺, 刘德明, 一种光纤EFPI次声波传感器及次声信号探测系统, 专利号201510398802.7, 中国, 2015 授权

[21] 鲁平, 王顺, 刘德明, 一种光纤应变-应力同时测量装置, 专利号 201410655133.2, 中国, 2014 授权

[22] 鲁平, 王顺, 刘德明, 一种光纤应变-应力同时测量装置, 专利号 ZL201420689204.6, 中国, 2014 授权

[23] 鲁平, 王顺, 刘德明, 声压测量传感器及多纵模光纤激光器声压测量系统, 专利号 201310645822.0, 中国, 2013 授权

[24] 鲁 平, 王 顺, 刘 德 明, 一种声波频率探测器及多模耦合器声波频率探测系统, 专 利号 ZL201210374356.2, 中国, 2012 授权


科研项目:

[1]国家重点研发计划项目课题4,典型设备损伤失效智能在线监测和自适应故障自愈技术及系统,2024YFC3013604,2025-2027,子课题负责人

[2]国家自然科学基金青年基金, 多材料压电纤维的水声传感与定位机理研究, 12104350,2022-2024,负责人

[3]湖北省自然科学基金计划项目面上类项目,一种灵敏度可控的光纤 FPI 声传感器及二次 FFT 信号解调方法研究,2018CFB395,2018-2019,负责人

[3] 人工智能新加坡AISG项目,用于地下交通基础设施监控和管理的新型背景感知多元时间序列建模,AISG2-TC-2021-001,2022-2025,296万新币,参与

[4] 新加坡陆路交通管理局LTA“明日城市”项目,在当地地面条件下施工和运营期间的隧道环片性能监测,COT-V3-2020-4,2021-2024,149万新币,参与


教学活动:

1.《传感器技术及应用》,本科生课程, 32学时

2.《数字电子技术》,    本科生课程, 40学时


我的团队:

隶属于广东工业大学先进光子技术研究院,团队专注光纤通信、光纤传感、保密通信等方面的研究工作。


地址:广州市番禺区广州大学城外环西路100号广东工业大学行政楼325    邮编:510006

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