深圳大学主页平台管理系统 hongchengyu--英文主页--Scientific Research

洪成雨

Personal information

Highest Degree：Doctoral degree
Administrative Position：Associate Professor, Distinguished Researcher
Academic Honor:
2019 Shenzhen Overseas High-Caliber Personnel Peacock Plan Level C
2022 Shenzhen High-Caliber Personnel National Leading Talents

Scientific Research

英文主页 - Scientific Research

Research Interests

Advanced sensing technology, intelligent infrastructure monitoring, geotechnical engineering intelligent algorithms, subway prefabricated stations, digital twins, etc.

Vertical Project

[1] Guangdong Province Basic and Applied Basic Researc,Mechanism and experimental study of coupling between distributed optical fiber and measured substrate,In research.
[2] Shenzhen University,(RC00294),Newly introduced high-end talent scientific research start-up project (Peacock Plan),Completed.
[3] High level second phase,(000001022121),Smart underground engineering,
[4] Shenzhen Science and Technology Innovation Committ,(重2022112),Research and development of key technologies for intelligent pre-control of urban rail transit public safety,In research.
[5] Key projects supported by the National Natural Sci,(U2034204),Research on the spatial deformation evolution mechanism and settlement deformation control technology of high-fill high-speed railway station subgrade on complex accumulation bodies,In research.
[6] National Natural Science Foundation of China proje,(41602352),Theoretical and experimental research on the pull-out resistance mechanism of pressure grouting soil nails in frozen and thawed soil,
[7] High level second phase,(000001022121),Smart underground engineering,
[8] Shenzhen University,(RC00294),Newly introduced high-end talent scientific research start-up project (Peacock Plan),Completed.
[9] Guangdong Province Basic and Applied Basic Researc,Mechanism and experimental study of coupling between distributed optical fiber and measured substrate,In research.
[10] National key research and development plan,(2021YFB2600800),Key Technologies for Undersea Tunnel Construction and Resilience Enhancement - Topic 4 "Intelligent Perception and Intelligent Diagnosis Technology for Safety Status of Undersea Tunnel Operation and Maintenance",In research.

Horizontal Project

[1] AI prediction of monitoring data and digital twin for Waterlands Resort East Station,
[2] 中国电建市政建设集团有限公司,Large-scale V pillar group monitoring using fiber optic sensors in Huangmugang subway hub,In research.
[3] 深圳地铁建设集团,Disaster prevention and mitigation for underground space of Guangzhou Financial City,In research.
[4] 中国电建集团成都勘测设计研究院,Space-air-ground life cycle monitoring for three prefabricated subway stations in Shenzhen,In research.
[5] 中国电建市政建设集团有限公司深圳至惠州城际前海保税区至坪地段工程先开段施工总承包工区项目经理部,Displacement field monitoring for Universiade station Shenzhen Metro line No.3,In research.
[6] 中铁十四局集团有限公司海珠湾隧道施工总承包项目经理部,Tunnel segment smart monitoring in Pearl River Delta Water Resources Allocation Project,In research.
[7] 广州市建筑集团有限公司,(123432)，Onsite grouting level monitoring of cement grouted piles in International Performance Center,In research.
[8] Power China Municipal Construction Group Co., Ltd.,Key technologies for safe construction of deep foundation pits in soft soil based on global wisdom perception,In research.

Journal Paper

[1] Development of a theory-monitoring integrated structure joints assessment method of prefabricated underground stations,Tunnelling and Underground Space,.
[2] Design, fabrication, and application of graphene sensor for geogrid strain measurement,,.
[3] Displacement measurement of underground prefabricated metro stations by computer vision technology,Measurement,.
[4] Analysis and design of a cantilever as a vertical graphene-based displacement sensor,IEEE Sensors,2024-07-01.
[5] Research on stress characteristics of ultra-long cast-in pile during construction based on distributed optical fiber,隧道与地下工程灾害防治,2023-05-01.
[6] Development of a Graphene-Based Wireless Displacement Transducer,IEEE Sensors,2023-04-01.Chengyu Hong, Qiang Yang, Weibin Chen*, Shu Yuan, Xin Zhao, and Xianbo Ding
[7] 3D Printing of a Fiber Optic Pressure Sensor,Soil & Tillage Research,2023-07-01.Chengyu Hong, Jinsheng Huang, Weibin Chen, Zamir Ahmed Abro
[8] Fabrication and Verification of Vertical Graphene Based Strain Sensor,Measurement,2023-08-01.Chengyu Hong, Shu Yuan , Wei-bin Chen, Xiangsheng Chen , Jia Yu , Aihui Chen
[9] Prediction of compressive strength of concrete based on BP and GA-BP neural networks, Concrete,混凝土,2023-03-01.罗广彬, 洪成雨, 程志良, 苏栋
[10] Machine vision monitoring and deformation prediction of deep foundation pit,Journal of Underground Space and Engineering,2023-06-01.李尚明, 洪成雨, 姬凤玲, 陈伟斌, 朱旻

Patent Authorization

[1] Hong Chengyu，A wireless inclinometer monitoring system based on Flex bending sensing and 3D printing technology
[2] Hong Chengyu，OFDR additive manufacturing water energy monitoring system and method thereof
[3] Hong Chengyu，A stratified tilt and settlement monitoring system and method for grouting anchoring
[4] Hong Chengyu，A vehicle flow monitoring system and a monitoring method thereof
[5] Hong Chengyu，Tunnel segment misalignment monitoring system and method thereof
[6] Hong Chengyu，Corrosion monitoring sensing element, interference sensor and method thereof
[7] Hong Chengyu，A six-degree-of-freedom monitoring device for monitoring misalignment cracks of tunnel segments
[8] Hong Chengyu，A testing device for waterproof performance of shield pipe segment joints
[9] Hong Chengyu，Energy sensing system and method based on reflectometry in optical frequency domain
[10] Hong Chengyu，A wireless monitoring system and method based on graphene displacement sensor

Software Copyright Registration

[1] 基于分布式光纤测量混凝土桩的精准解析算法软件
[2] 一种基于光纤温度场检测桩质量的算法软件
[3] 石墨烯电阻信号采集与分析软件
[4] 石墨烯采集平台软件
[5] 一种光纤光栅倾角传感器、控制方法及应用
[6] 一种光纤光栅二维加速度传感器、控制方法及应用
[7] 装配式车站智能化监测系统
[8] 分布式光纤数据采集分析软件
[9] 矩形顶管车站施工结构稳定性测试系统
[10] 矩形顶管车站施工BIM设计可视化平台

Publishing Textbooks or Monographs

[1] 《Research and Practice on Key Technologies of Risk Control in Large-scale Rail Transit Hub Engineering》，China Architecture & Building Press
[2] 《大型轨道交通枢纽工程风险控制关键技术研究与实践》，洪成雨，陈湘生,陈伟斌,朱旻,邱桐,秦晓琼，中国建筑工业出版社，2024-06-01
[3] 《大型轨道交通枢纽工程风险控制关键技术研究与实践》，洪成雨,陈伟斌,陈湘生,朱旻,邱桐,秦晓琼，建筑工业出版社