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
Journal Paper
- [1]Hong*.C.-Y.*.Hong.C.-Y..Deformation monitoring of long GFRP bar soil nails using distributed optical fiber sensing technology,Smart Materials and Structures,2016-08-01.
- [2]Hong*.C.-Y.*.Hong.C.-Y..Application of FBG sensors for geotechnical health monitoring, a review of sensor design, implementation methods and packaging techniques,Sensors and Actuators A: Physical,2016-06-01.
- [3]Hong*.C.-Y.*.Hong.C.-Y..Application of distributed optical fiber sensor for monitoring the mechanical performance of a driven pile,Measurement,2016-06-01.
- [4]Hong*.C.*.Fei.J..Modelling of avalanche-obstacle interaction using the depth-averaged continuum approach,Granular Matter,2020-03-01.
- [5]Hong*.C.*.Hong.C..A Fiber Bragg Grating–Based Inclinometer Fabricated Using 3-D Printing Method for Slope Monitoring,Geotechnical Testing Journal,2020-01-01.
- [6]Su.D..Roughness analysis of general-shape particles, from 2D closed outlines to 3D closed surfaces,Powder Technology,2019-11-01.
- [7]Zhang.X..Development of a FBG water content sensor adopting FDM method and its application in field drying-wetting monitoring test,Sensors and Actuators A: Physical,2019-10-01.
- [8]Yang.Y..A new Fiber Bragg Grating sensor based circumferential strain sensor fabricated using 3D printing method,Sensors and Actuators A: Physical,2019-08-01.
- [9]Lu.Z..Development of an FBG sensor for measuring large range and multi-directional settlement,IEEE Access,2019-08-01.
- [10]Hong*.C.*.Hong.C..Development of a FBG based hoop-strain sensor using 3D printing method,IEEE access,2019-08-01.