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1. CY Hong, Y. Zhang, D Su, and Z Yin. (2019). Development of a FBG Based Hoop-Strain Sensor Using 3D Printing Method, IEEE Access, vol. 7, pp. 107154-107160, 2019. (JCR一区)
2. CY Hong, Y. Zhang, Y Yang, and Y Yuan. (2019). A FBG based displacement transducer for small soil deformation measurement, Sensors and Actuators A: Physical, vol. 286, pp. 35-42, 2019.
3. CY Hong, Z. Ahmed Abro, Z YF, and R Ahmed Lakho. (2019). An FBG-based smart wearable ring fabricated using FDM for monitoring body joint motion, Journal of Industrial Textiles, pP. 1528083719870204, 2019. (JCR一区)
4. Z A Abro, CY Hong*, N Chen, YF Zhang, RA Lakho, and S Yasin. (2019). A fiber Bragg grating-based smart wearable belt for monitoring knee joint postures, Textile Research Journal, p. 0040517519868168, 2019. (JCR一区)
5. Z Lu, CY Hong*, Y Zhang, D Su, and Y Fu. (2019). Development of an FBG Sensor for Measuring Large Range and Multi-Directional Settlement, IEEE Access, vol. 7, pp. 107669-107677. (JCR一区)
6. YY Yang, CY Hong*, ZA Abro, L Wang, and YF Zhang. (2019). A new Fiber Bragg Grating sensor based circumferential strain sensor fabricated using 3D printing method, Sensors and Actuators A: Physical, 2019. (JCR一区)
7. Lakho RA, YF Zhang, JH Jiang, CY Hong, and AA Zamir. (2019). A smart insole for monitoring plantar pressure based on the fiber Bragg grating sensing technique, Textile Research Journal, p. 0040517519833977. (JCR一区)
8. Z. A. Abro, Z. Yi-Fan, C. Nan-Liang, CY Hong, R. A. Lakho, and H. Halepoto. (2019). A novel flex sensor-based flexible smart garment for monitoring body postures, Journal of Industrial Textiles, p. 1528083719832854.
9. 施令飞, 洪成雨*, 魏显虎, 张宗科,叶虎平, "新型岩土工程 FBG 测斜传感器的开发与验证," 传感技术学报, vol. 32, pp. 485-490, 2019.
10. 任芳昉,洪成雨*,张孟喜,李操. 基于Flex无线传感技术的边坡位移监测研究[J/OL]. 传感技术学报,2019(07):1-5
11. CY Hong, YF Zhang*, L Borana. (2019). Design, Fabrication and Testing of a 3D Printed FBG Pressure Sensor, IEEE Access, 7, 38577-38583. (SCI影响因子 IF= 3.557, 中科院2区)
12. CY Hong, YF Zhang*, Z Lu, ZY Yin. (2019). A FBG Tilt Sensor Fabricated Using 3D Printing Technique for Monitoring Ground Movement, IEEE Sensors, 19(15), 6392 – 6399. (SCI影响因子 IF= 2.617, 中科院3区)
13. CY Hong, YF Zhang*, YY Yang, Y Yuan. (2019). A FBG based displacement transducer for small soil deformation measurement, Sensors and Actuators A: Physical, 286, 35-42. (SCI影响因子 IF= 2.311, 中科院3区)
14. CY Hong*, YF Zhang. (2019). A simple FBG pressure sensor fabricated using fused deposition modelling process, Sensors and Actuators A: Physical, 285, 269-274. (SCI影响因子 IF= 2.311, 中科院3区)
15. CY Hong, YF Zhang*, AA Zamir. (2019). A Fiber Bragg Grating Based Inclinometer Fabricated Using 3D Printing Method for Slope Monitoring, Geotechnical Testing Journal ASTM, 43 (1), Article number GTJ20170277. (SCI影响因子 IF= 1.279, 中科院4区)
16. CY Hong*, YF Zhang, GW Li, MX Zhang, and ZX Liu. (2017). Recent Progress of using Brillouin Distributed Fiber Sensors for Geotechnical Health Monitoring, Sensors & Actuators: A. Physical, 258, 131-145. (SCI影响因子 IF= 2.311，被引11次，中科院3区)
17. CY Hong*, YF Zhang, YW Zhang, L Borana, RF Wang. (2017). New LGFBG based Structural Integrity Evaluation Method for Cement Grouted Soil Nails, International Journal of Geomechanics, 04017026, 1-12 (SCI 影 响 因 子 IF= 2.332，中科院3区)
18. CY Hong*, YF Zhang, and LQ Liu. (2016). Application of Distributed Optical Fiber Sensor for Monitoring the Mechanical Performance of a Driven Pile, Measurement, 88, 186-193. (SCI影响因子 IF= 2.218，被引6次，中科院3区)
19. CY Hong*, JH Yin, and YF Zhang. (2016). Deformation Monitoring of Long GFRP Bar Soil Nails using Distributed Optical Fiber Sensing Technology, Smart Materials and Structures, 25(8), 085044. (SCI影响因子 IF= 2.963，被引6次，中科院2区)
20. CY Hong*, YF Zhang, LQ Liu, Meng-Xi Zhang, Lai Ming Gordon Leung, and Li-Qiang Liu. (2016). Application of FBG Sensors for Geotechnical Health Monitoring, A Review of Sensor Design, Implementation Methods and Packaging Techniques, Sensors & Actuators: A. Physical, 244, 184–197. (SCI影响因子 IF= 2.311，被引66次，为该杂志2015年来Most cited paper，中科院3区)
21. CY Hong*, YF Zhang, JW Guo, and GY Li. (2015). Experimental Study on the Influence of Drillhole Roughness on the Pullout Resistance of Model Soil Nails, ASCE International Journal of Geomechanics, 10.1061/(ASCE)GM.1943-5622.0000491, 04015047. (SCI影响因子 IF= 2.332，被引2次，中科院4区)
22. CY Hong*, JH YIN, HF Pei, and WH Zhou (2013). Experimental Study on the Pullout Resistance of Pressure Grouted Soil Nails in the Field. Canadian Geotechnical Journal. 50, 693-704. (SCI影响因子 IF= 2.565，被引18次，中科院3区)
23. CY Hong*, JH YIN, and HF Pei. (2013). Comparative Study on the Pullout Behaviour of Pressure Grouted Soil Nails from Field and Laboratory Tests. Journal of Central South University of Technology, 20, 2285-2292. (SCI影响因子 IF= 0.761，被引6次，中科院4区)
24. CY Hong*, JH Yin, WH Zhou, and HF Pei. (2012). Analytical Study on Progressive Pullout Behavior of a Soil Nail. ASCE Journal of Geotechnical and Geoenvironmental Engineering, 138(4), 500-507.(UT WOS:000302956900009) (SCI影响因子 IF= 3.305，被引15次，中科院3区)
25. CY Hong*, JH YIN, W Jin, C Wang, WH Zhou, and HH Zhu. (2010). Comparative Study on the Elongation Measurement of a Soil Nail Using Optical Lower Coherence Interferometry Method and FBG Method, Advances in Structural Engineering, 13(2), 309-319.(UT WOS:000277975900008) (SCI影响因子 IF=0.968，被引8次，中科院4区)
26. Y Yang, CY Hong*, ZA Abro, L Wang, Z Yifan, (2019). A new Fiber Bragg Grating sensor based circumferential strain sensor fabricated using 3D printing method, Sensors and Actuators A: Physical, 295, 663-670. (SCI影响因子 IF= 2.311, 中科院3区)
27. RA Lakho, YF Zhang*, JH Jiang, CY Hong, Z Ahmed Abro. (2019). A Smart Insole for Monitoring Plantar Pressure based on the Fiber Bragg Grating Sensing Technique, Textile Research Journal, 0040517519833977.
28. ZA Zbro, YF Zhang*, NL Chen, CY Hong, RA Lakho, H Halepoto. (2019). A Novel Flex Sensor-based Flexible Smart Garment for Monitoring Body Postures, Journal of Industrial Textiles, 1528083719832854.
29. YQ Hu, CY Hong*, YF Zhang, and GW Li. (2018). A Monitoring and Warning System for Expressway Slopes using FBG Sensing Technology, International Journal of Distributed Sensor Networks, 14(5), 1-12. (SCI影响因子IF= 1.787，被引0次，中科院4区)
30. IA Sahito, CY Hong, and SH Jeong. (2019) Functional Nanomaterials for Energy Applications, Editorial, Journal of Nanomaterials, Article ID 7814784. (SCI)
31. YF Zhang, CY Hong*, R Ahmed, and Z Ahmed. (2017). A Fiber Bragg Grating based Sensing Platform Fabricated by Fused Deposition Modeling Process for Plantar Pressure Measurement, Measurement, 112, 74-79. (SCI影响因子IF= 2.218，被引2次，中科院3区)
32. JH Yin, CY Hong*, WH Zhou, and WM Cheung. (2012). Simplified Analytical Method for Calculating the Maximum Shear Stress of Nail-soil Interface. ASCE International Journal of Geomechanics, 12(3), 309-317. (SCI 影响因子 IF= 2.332，被引11次，中科院3区)
33. CY Hong*, YF Zhang, and MX Zhang. (2017). Influence of Critical Parameters on the Peak Pullout Resistance of Soil Nails under Different Testing Conditions, International Journal of Geosynthetics and Ground Engineering, 3(2), 19.
34. GW Li, CY Hong*, J Dai, L Yu, and WH Zhou. (2013). FBG-Based Creep Analysis of GFRP Materials Embedded in Concrete, Mathematical Problems in Engineering, Volume 2013, Article ID 631216. (SCI影响因子IF= 1.145)
35. GW Li, SK Bakarr, JQ Wang,Lu Xue and CY Hong. (2018). Effect of Stress Corrosion on Relaxation of Large Diameter BGFRP Bars, International Journal of Corrosion, (Accepted on 30 Oct 2018) (ESCI)
36. M Gao, YF Zhang*, CY Hong (2018). Analysis of the difference of plantar pressure distribution in different contact surfaces based on Force Sensing Resisters technique, China Leather, (Accepted) 高敏, 张一帆*, 洪成雨. (2018). 基于薄膜压力传感技术的不同接触面足底压力分布的差异分析，中国皮革, 接受发表待刊.
37. AA Zamir; YF Zhang*; CY Hong; AL Rafique; NL Chen. (2018). Development of a Smart Garment for Monitoring Body Postures based on FBG and Flex Sensing Technologies, Sensors and Actuators A: Physical, 272, 153-160. (SCI影响因子IF= 2.311)
38. 高敏，张一帆，洪成雨，(2018). 柔性传感器在足底压力测量系统中的应用，服装学报，3(4),301-307.
39. 洪成雨*, 刘子雄, 张孟喜, 周奇. (2017). 灌浆压力与上覆土压力对土钉摩阻力的影响研究, 岩土力学，38 (S2), 317-322. (EI)
40. YF Zhang, CY Hong*, YW Zhang, and R Ahmed. (2017). Application of Distributed Optical Fiber Sensors for Monitoring Pavement Settlement. International Symposium on Environmental Vibration and Transportation Geodynamics, Springer, 689-699. (EI)
41. YF Zhang, CY Hong, PH Zhang, Z Ahmed, JC Xu, and SQ Zhang. (2017). Fiber Bragg Grating Platform for Foot Plantar Pressure Measurement, Journal of Donghua University, 34(6), 730-735.
42. 洪成雨，殷建华，张一帆，张孟喜，刘力强，王晓峰（2016）考虑注浆压力的土钉峰值摩阻力的计算模型,东南大学学报（自然科学版），46，204-209。(EI) CY Hong*, JH Yin, YF Zhang, MX Zhang, LQ Liu, and XF Wang. (2016). A theoretical model for calculating the peak pullout resistance of soil nails considering grouting pressure, Journal of Southeast University (Natural Science Edition), 46,204-209 (EI). (In Chinese)
43. ZY Pan, GY Li, CY Hong, KH Ling, Y Yu, FX Feng, Liu DM, and H Du. (2015). Modified Waste Concrete Aggregates for Asphalt Mixture Using Microbial Calcite Precipitation, RSC Advances - An international journal to further the chemical sciences,5(44), 34854-34863. (SCI影 响 因 子 IF= 2.936)
44. WH Zhou, JH Yin, and CY Hong. (2011). Finite Element Modelling of Pullout Testing on a Soil Nail in a Pullout Box under Different Overburden and Grouting Pressures. Canadian Geotechnical Journal, 48(4), 557-567.(UT WOS:000291325700004) (SCI影 响 因 子 IF= 2.565，被引21次，中科院3区)
45. HH Zhu, JH Yin, CY Hong, W Jin, and YL Ho. (2010). Fiber Optic based Monitoring Technologies of Slope Engineering, Geotechnical Investigation & Surveying, 38(3), 6-10. 朱鸿鹄, 殷建华, 洪成雨, 靳伟, 何毅良. (2010). "基于光纤传感的边坡工程监测技术." 工程勘察, 38(3), 6-10. (EI)
46. GW Li, HF Pei, and CY Hong (2013). Study on the Stress Relaxation Behavior of Large Diameter B-GFRP Bars Using FBG Sensing Technology, International Journal of Distributed Sensor Networks, Volume 2013, Article ID 201767, 12 pages. (SCI影 响 因 子 IF= 1.787)
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