唐福建，九三学社社员，博士生导师，国际先进材料学会会士(IAAM Fellow)。主要从事工程结构腐蚀监测、防护及评估方面的研究。发表论文100余篇，授权发明专利20余项（用于监测钢筋腐蚀、钢结构腐蚀、油气管道腐蚀、涂层脱落、涂层附着力、氯离子扩散、混凝土碳化、预应力钢绞线腐蚀断裂、高强螺栓腐蚀松动等方面的传感器），参编行业标准1项。主持各类纵向基金项目10余项。担任英文期刊《Journal of Building Materials Science》《Photonics and Optical Research》副主编、SCI期刊《Journal of Infrastructure Preservation and Resilience》编委、《Sensors》《Coatings》《Process》等客座编辑；是辽宁省化工学会腐蚀与防护专业委员会委员，中国振动学会结构抗震控制与健康监测青年委员，国际材料性能与保护协会（AMPP）技术委员，ACEM2018、IALCCE2023、IALCCE2025等知名国际会议分会场主席。是美国土木工程学会（ASCE）、美国腐蚀工程学会(NACE)、美国电化学学会(ECS)、国际光学工程学会(SPIE)、美国电气与电子工程学会(IEEE)、中国腐蚀与防护学会会员。同时担任国家留学基金委公派留学项目、国家自然科学基金项目、美国交通部UTC项目通讯评审专家。与美国、日本、英国、比利时、芬兰等国家的多所高校长期保持科研合作。

欢迎优秀学子报考硕、博研究生。

Research Fields (研究领域)

§  Nano-modified materials and coating technology (纳米改性材料及涂层技术)

§  Fiber optic sensing technology and structural health monitoring(光纤传感技术及结构健康监测)

§  Machine learning and artificial intelligence (机器学习及人工智能)

§  Metal corrosion mechanism and concrete durability (金属腐蚀机理与混凝土耐久性)

§  Safety and life-cycle assessment of deteriorating structures (结构性能退化及安全评估)

Journal Papers (下划线自己研究生, *通讯作者)

[J91] Y. Yao, F. Tang^*, J. Qi, Corrosion protection mechanism of terephthalic acid-intercalated MgAlCe-LDH@MXene nanofiller-reinforced epoxy coating for steel rebar, Progress in Organic Coatings(In Press) (SCI/IF=7.9)

[J90] Z. Chen, F. Tang^*, T. Yi, H. Li, Monitoring underfilm corrosion of coated steel using a no-core fiber-based specklegram sensor, ASCEJournal of Materials in Civil Engineering (In Press) (SCI/IF=3.2)

[J89] Z. Liu, F. Tang^*, Y. He, J. Huang, NCF sensor coated with CoFe_1.96La_0.04/LaFeO₃ heterostructure for room temperature detection of liquefied petroleum gas concentration, Sensors and Actuator B Chemical, 2026, 467: 140505. (SCI/IF=8.3)

[J88] Y. Yao, F. Tang^*, Y. He, Z. Lin, An atomic-level investigation into the barrier properties of C₃N₅-modified epoxy composite coatings for concrete structures, Journal of Molecular Modeling, 2026, 32(3): 53. (SCI/IF=2.9)

[J87] Y. Yao, F. Tang^*, W. Sun,Corrosion resistance and mechanism of MXene/g-C₂N₅/CeO₂ ternary heterojunction modified epoxy-coated steel bar in simulated concrete pore solutions, Journal of Building Engineering, 2026, 118: 115127.  (SCI/IF=8.1)

[J86] C. Wu^*, A. Jierula, F. Tang, J. Wu, T. Oh.Preparation of foamed concrete with bentonite instead of cement: compressive strength and durability,Construction and Building Materials510(2026): 145297.  (SCI/IF=8.9)

[J85] Y. Yao, F. Tang^*, Y. He, Rationally designed PtSe2/g-C3N4 layered heterostructures for photocatalytic water-splitting, Materials Science in Semiconductor Processing 2026, 205: 110343.  (SCI/IF=5.2)

[J84] F. Tang^*, J. Bai, T. Yi, H. Li, Monitoring under-film corrosion of epoxy-coated steel rebar using NCF fiber optic sensor with strain compensation, ASCE Journal of Materials in Civil Engineering 2026, 38(1): 04025504. (SCI/IF=3.2)

         2025

[J83] F. Tang^*, H. Cui, B. Li, W. Lin, Corrosion behavior of plain and ribbed steel bars coated with quartz sand modified enamel in simulated concrete pore solutions, Journal of Materials Engineering and Performance 2025, 1-18.  (SCI/IF=2.6)

[J82] H. Cui, F. Tang^*, B. Li, W. Lin, Corrosion mechanisms and resistance of steel bars coated with quartz sand-modified enamel embedded in mortar cylinders, ASCE Journal of Materials in Civil Engineering  2025, 37(11): 04025424. (SCI/IF=3.2)

[J81] Y. Yao, F. Tang^*, W. Sun, Enhanced corrosion protection of epoxy coating through g-C₃N₄/g-C₃N₅ homojunction nanomaterial: mechanism and molecular dynamic insights, Construction and Building Materials 2025, 481: 141682.(SCI/IF=8.9)

 [J80] F. Tang^*, B. Qu, H. Li, J. Huang, Simultaneous measurement of early-stage corrosion and strain levels in steel rebars based on graphene oxide-coated NCF-FBG fiber optic sensor, IEEE Transactions on Instrumentation and Measurement 2025, 74: 9511811. (SCI/IF=7.0)

[J79] F. Tang^*, Y. Yao, S. Yang, Corrosion mechanism and resistance of g-C₃N₅@PDA nanosheets modified epoxy-coated carbon steel, Progress in Organic Coatings2025, 200: 109048. (SCI/IF=7.9)

[J78] Y. Yao, F. Tang^*, S. Yang, The effects of biaxial strain and sulfur/boron doping on the photocatalytic performance of the g-C₃N₅ system: a first-principle study, Computational Materials Science 2025, 247: 113560. (SCI/IF=3.7)

 [J77] F. Tang^*, L. Zhao, J. Xu, Y. Cui, X. Zhou, H. Li. Theoretical and experimental investigation into detection of early-stage propagation of double cracks with distributed fiber optic sensor, Structural Health Monitoring. 2025, 24(4): 2607-2630. (SCI/IF=5.7)

        2024

[J76] Y. Yao, F. Tang^*, S. Yang, Improving the impermeability of cement/epoxy coating interface by g-C₃N₅: a molecular dynamics study, Materials Today Communications2024, 41: 110763. (SCI/IF=4.9)

[J75] Z. Hussain, Z. Lin^*, H. Pan, Y. Huang, F. Tang, L. Jiang, Synergizing empirical and AI methods to examine nano-silica’s microscale contribution to epoxy coating corrosion resistance, Ceramics International 2024, 50: 47172-47191. (SCI/IF=6.0)

[J74] Y. Kuang, F. Tang^*, E. Verstrynge, Bond behavior of quartz sand modified enamel coated deformed steel bars with concrete under both monotonic and reversed cyclic loading, Engineering Structures2024, 316: 118546. (SCI/IF=7.6)

[J73] F. Tang^*, W. Na, Z. Lin, Simultaneous measurement of early-stage corrosion and strain levels in steel rebars based on LPG-FBG optical fiber sensor, Construction and Building Materials2024, 433: 136771. (SCI/IF=8.9)

[J72] L. Zhao, F. Tang, R. You^*, H. Li, A silicon rubber packaged distributed optical fiber sensing tape for strain-crack monitoring based on OFDR technique, Sensors and Actuators A: Physical2024, 372: 115383. (SCI/IF=5.1)

[J71] Y. Yao, F. Tang^*, S. Yang, Permeation behavior of salt solution through g-C₃N₅/epoxy coatings: insights from molecular dynamic simulation, Colloids and Surfaces A: Physicochemical and Engineering Aspects. 2024, 690: 133725.  (SCI/IF=5.4)

[J70] Y. Kuang, F. Tang^*, W. Lin, Z. Lin, Bond performance of quartz sand modified enamel coated plain steel bars with concrete under reversed cyclic loading, Construction and Building Materials. 2024, 421: 135676.  (SCI/IF=8.9)

[J69] L. Zhao, F. Tang^*, G. Li, H. Li, Crack width measurement with OFDR distributed fiber optic sensors considering strain redistribution after structure cracking, Journal of Civil Structural Health Monitoring 2024, 14: 1091-1109. (SCI/IF=4.9)

[J68] F. Tang^*, H. Cui, Y. Kuang, G. Li, Z. Lin, Corrosion resistance and bond strength of silica particle modified enamel coated smooth and deformed steel bars. ASCE Journal of Materials in Civil Engineering, 2024, 36(7): 04024181. (SCI/IF=3.2)

[J67] G. Zhou, F. Tang^*, G. Li, H. Li, Gold-sputtered LPG fiber sensor pulse electroplated with iron-carbon for monitoring passivation and depassivation of carbon steel in concrete pore solutions, Cement and Concrete Composites2024, 147: 105432.  (SCI/IF=14.4)

[J66] F. Tang^*, J. Bai, G. Li, Z. Lin, H. Li, Monitoring under-coating corrosion of painted structural steel with no-core fiber optic sensors, Measurement2024, 225: 114075. (SCI/IF=5.6)

[J65] L. Zhao, F. Tang^*, G. Li, H. Li, Crack monitoring of tension members with distributed fiber optic sensor considering substrate strain redistribution and coating/fiber interfacial slip, Engineering Structures 2024, 300: 117267. (SCI/IF=7.6)

       2023

[J64] Y. Kuang, F. Tang^*, G. Li, Z. Lin, W. Lin, Bond characteristics of quartz sand modified enamel coated steel bars with concrete, Construction and Building Materials 2023, 408: 133699. (SCI/IF=8.9)

[J63] J. Hu, F. Tang^*, T. Li, G. Li, H. Li, A strain transfer model for detection of pitting corrosion and loading force of steel rebar with distributed fiber optic sensor, Sensors 2023, 23: 8142. (SCI/IF=4.0)

[J62] L. Shang, Z. Zhang, F. Tang, Q. Cao, N. Yodo, H. Pan, Z. Lin, Deep learning enriched automation in damage detection for sustainable operation in pipelines with welding defects under varying embedment conditions, Computation 11(11) 2023: 218.(SCI/IF=2.6)

[J61] H. Cui, F. Tang^*, B. Li, Z. Lin, Microstructure and corrosion resistance of quartz sand modified enamel coated steel plates, Coatings 2023, 13: 510. (SCI/IF=3.4)

[J60] L. Shang, Z. Zhang, F. Tang, Q. Cao, H. Pan, Z. Lin, CNN-LSTM hybrid model to promote signal processing of ultrasonic guided lamb waves for damage detection in metallic pipelines, Sensors 2023, 23: 7059. (SCI/IF=4.0)

[J59] F. Tang^*, J. Hu, T. Li, G. Li, H. Li, Effect of stress level and localized corrosion on the strain transfer between corroded steel rebar and distribute fiber optic sensor, Construction and Building Materials 2023, 404: 133329. (SCI/IF=8.9)

[J58] G. Zhou, F. Tang^*, G. Li, Z. Lin, H. Li, Long period grating fiber optic sensors coated with gold film and pulse electroplated iron carbon layer for reinforcing steel corrosion monitoring, IEEE Transactions on Instrumentation & Measurement. 2023, 72: 7004511. (SCI/IF=7.0)

[J57] S. Lin, F. Tang^*, J. Dang, X. Li, Automatic detection of steel rebar corrosion based on machine learning and light spectrum of fiber optic corrosion sensors, Optical Fiber Technology 2023, 79: 103379. (SCI/IF=2.7)

[J56] Y. Tang, Y. Chen, F. Tang, Y. Liang, Z. Li, Field experiment of a novel semi-active smart rock system for sensing bridge scour depth, Structures 2023, 53: 1150-1159. (SCI/IF=4.9)

[J55] X. Wang, Q. Cao, F. Tang, H. Pan, X. Chen, Z. Lin. Mechanical properties and corrosion behavior of dual-filler-epoxy-coated steel rebar under a corrosive environment, Coatings 2023, 13: 604. (SCI/IF=3.4)

[J54] F. Tang^*, H. Cui, G. Li, S. Yang. Effect of strain levels on the corrosion resistance of an enamel-coated steel rebar, Coatings 2023, 13: 510. (SCI/IF=3.4)

[J53] F. Tang^*, J. Qin, E. Verstrynge, J. Dang, H. Li. Characterization of single-mode multimode single-mode fiber optic sensors for steel rebar corrosion monitoring in NaCl and simulated concrete pore solutions, Measurement Science and Technology 2023, 34: 045109. (SCI/IF=3.7)

 [J52] Zhao L, F. Tang^*, Li H, Ansari F. Characterization of OFDR distributed optical fiber for crack monitoring considering fiber-coating interfacial slip, Structural Health Monitoring, 2023, 22(1): 180-200. (SCI/IF=5.7)

      2022

[J51] F Tang^*, G Zhou, T Li, J Dang, H Li. Fe-C-Coated single-mode-multmode-single-mode optical fiber sensor for steel corrosion monitoring, IEEE Sensors Journal, 2022, 22(19) 18508-18516.(SCI/IF=4.5)

[J50] Tang F^*, Lin Z, Qu H, Chen G. Investigation into corrosion-induced bond degradation between concrete and steel rebar with acoustic emission and 3D laser scan techniques, Journal of Infrastructure Preservation and Resilience, 2022, 3(1): 5. (SCI/IF=3.0)

[J49] Zhao L, F Tang^*, E. Verstrynge, L. Ren, H. Li. Experimental and numerical investigation into corrosion-induced mortar/concrete cracking with distributed optical fiber sensors, Journal of Civil Structural Health Monitoring, 2022 12: 943-960. (SCI/IF=4.9)

[J48] Zhang Z, Tang F, Cao Q, Pan H, Wang X, Lin Z. Deep learning-enriched stress level identification of pretensioned rods via guided wave approaches, Buildings, 2022, 12: 1772. (SCI/IF=3.4)

2021

[J47] Fan L, Teng L, Tang F, Khayat KH, Chen G, Meng W. Corrosion of steel rebar embedded in UHPC beams with cracked matrix, Construction and Building Materials, 313(2021)125589(SCI/IF=8.9)

[J46] Tang F^*,Zhou G, Li H, Verstrynge E. A review on fiber optic sensors for rebar corrosion monitoring in RC structures, Construction and Building Materials, 313(2021)125578.(SCI/IF=8.9)

[J45] Wang X,Tang F, Cao Q, Qi X, Pan H, Chen X, Lin Z. Carbon-based nanoparticle-filled protective coatings for enhance damage tolerance and corrosion resistance of structural weldment, ASCE Journal of Materials in Civil Engineering, 233: 112268.(SCI/IF=3.2)

[J44] Li Z,Tang F, Chen Y, Hu X, Chen G, Tang Y. Field experiment and numerical verification of the local scour depth of bridge pier with two smart rocks, Engineering Structures, 249 (2021): 113345.(SCI/IF=7.6)

[J43] Tang Y,Tang F, Zheng J, Li Z, In-plane asymmetric buckling of an FGM circular arch subjected to thermal and pressure field, Engineering Structures, 233: 112268.(SCI/IF=7.6)

[J42] Tang F*,Zhao L, Tian H, Li H, Li H, Localization and monitoring of initiation and propagation of corrosion-induced mortar cracking based on OFDR distributed optical fiber sensor, Journal of Intelligent Material Systems and Structures32(17): 1948-1965. (SCI/IF=2.7)

2020

[J41] Wang X, Tang F, Cao Q, Qi X, Pan H, Lin Z*, Battocchi D, Nano-modified functional composite coatings for metallic structures: part II-mechanical and damage tolerance, Surface and Coatings Technology401(2020) 126274(SCI/IF=6.9)

[J40] Tang F ^*, Li Z, Li C, Chen Y, Li H, Monitoring passivation, pitting corrosion initiation and propagation of steel bar with iron-carbon electroplated long period fiber grating sensor, ASCE Journal of Materials in CivilEngineering32(2020) 04020373(SCI/IF=3.2)

[J39] Wang X, Wang H*, Tang F, Castaneda H and Liang R, Statistical analysis of spatial distribution of external corrosion defects in buried pipelines using a multivariate Poisson-lognormal model, Structure and Infrastructure Engineering.  (SCI/IF=3.1)

[J38] Wang X, Tang F, Cao Q, Qi X, Pearson M, Li, M, Pan H, Zhang Z, Lin Z*, Comparative study of three carbon additives: carbon nanotubes, graphene, and fullerene-C60, for synthesizing enhanced polymer nanocomposites, Nanomaterials10(2020):838.  (SCI/IF=4.8)

[J37] Yan D*, Qian H, Huang Z, Tang F, Chen G, Deng J, Liu Y, Study of low temperature sintered enamel coating on steel bars: effect of coating cycles, ASCE Journal of Materials in Civil Engineering32(2020) 04020262(SCI/IF=3.2)

[J36] Yan D, Xu Z, Qian H, Tang F ^*, Liu Y, Huang Z, Phase Structure and corrosion resistance of multilayer low-temperature sintered chemically reactive enamel coatings, ASCE Journal of Materials in Civil Engineering32 (2020) 04020249(SCI/IF=3.2)

[J35] Wang H, Tang F ^*, Qin S, Tu K and Guo J, Corrosion-induced mechanical degradation of high strength bolted steel connection, ASCE Journal of Materials in Civil Engineering32 (2020) 04020203 (SCI/IF=3.2)

[J34] Li Z, Tang F, Chen Y, Tang Y and Chen G^*, Elastic buckling of thin-walled liners encased in partially-grouted pipelines under external pressure, ASCE Journal of Structural Engineering 146(2020):04020042(SCI/IF=3.8)

[J33] Tang F^*, Li Z, Tang Y, Chen Y and Li H, Simultaneous measurement of shrinkage and coefficient of thermal expansion of mortar based on EFPI sensors with nanometer resolution, Measurement 152 (2020): 107376. (SCI/IF=5.6)

[J32] Yang F, Yan D^*, Tang F, Chen G, Liu Y and Chen S, Effect of sintering temperature on the microstructure, corrosion resistance and crack susceptibility of chemically reactive enamel (CRE) coating, Construction and Building Materials 30(2020):117720.  (SCI/IF=8.9)

2019

[J31] Wang X, Tang F, Qi X, Lin Z^*, Battocchi D and Chen X, Enhanced protective coatings based on nanoparticle fullerene C60 for oil & gas pipeline corrosion mitigation, Nanomaterials9 (2019) 1476. (SCI/IF=4.8)

[J30] Wang X, Tang F, Qi X, Lin Z^*, Mechanical, electrochemical, and durability behavior of graphene nano-platelet loaded epoxy-resin composite coatings, Composites Part B: Engineering176 (2019) 107103(SCI/IF=14.0)

[J29] Li Z^*, Tang F, Zhou X, Chen Y, Stability of the pipe-liner system with a grouting void surrounded by the saturated soil, Engineering Structures 196 (2019) 109284. (SCI/IF=7.6)

[J28] Tang F^*, Li Z, Chen Y, Li H, Huang J, O’Keefe MJ,  Monitoring passive film growth on steel using Fe-C coated long period grating fiber sensor, IEEE SensorsJournal19 (2019) 6748-6755 (SCI/IF=4.5)

[J27] Li Z, Tang F, Chen Y and Chen G^*, Material distribution optimization of functionally graded arch subjected to external pressure under temperature rise field, Thin-Walled Structures 138 (2019) 64-78. (SCI/IF=8.3)

[J26] Li Z, Tang F, Chen Y, Tang Y and Chen G^*, Elastic and inelastic buckling of thin-walled steel liners encased in circular host pipes under external pressure and thermal effects, Thin-Walled structures 137 (2019) 213-223. (SCI/IF=8.3)

[J25] Tang F, Chen Y, Li Z, Hu X, Chen G and Tang Y^*, Characterization and field validation of smart rocks for bridge scour monitoring, Structural Health Monitoring 2019: 1475921718824944(SCI/IF=5.7)

[J24] Tang F, Chen Y, Guo C, Fan L, Chen G and Tang Y^*, Field application of magnet-based smart rock for bridge scour monitoring, ASCE Journal of Bridge Engineering 24(2019): 04019015, (SCI/IF=3.8)

2018

[J23] Tang F^*, Chen Y, Li Z, Tang Y and Chen G, Application of Fe-C coated LPFG sensor for early stage corrosion monitoring of steel bar in RC structures, Construction and Building Materials 175(2018): 14-25. (SCI/IF=8.9)

[J22] Fan L, Tang F, Chen G^*, Reis ST and Koenigstein ML, Corrosion resistances of steel pipe coated with two types of enamel by two coating processes, Journal of Materials Engineering and Performance 27 (2018): 5341-5349. (SCI/IF=2.6)

[J21] Zhu C, Chen Y, Zhuang Y, Tang F, Huang J. An embeddable strain sensor with 30 nano-strain resolution based on optical interferometry. Inventions 3(2018): 1-9. (SCI/IF=2.4)

[J20] Tang F^*, Yang J, Li H, Liu F, Wang N, Jia P and Chen Y, Field validation of a magnetic sensor to monitor borehole deviation during tunnel excavation, Materials 11(2018):1511. (SCI/IF=3.7)

[J19] Chen Y^†, Tang F^†, Li Z, Chen G and Tang Y^*, Bridge scour monitoring using smart rocks based on magnetic field interference,Smart Materials and Structures27(2018) 085012: 1-13. (SCI/IF=3.8)

[J18] Li Z, Tang Y, Tang F, Chen Y and Chen G^*, Elastic buckling of thin-walled polyhedral pipe liners encased in a circular pipe under uniform external pressure, Thin-Walled Structures123(2018): 214-221. (SCI/IF=8.3)

2017 and before

[J17] Chen Y, Tang F^*, Tang Y, O’Keefe MJ and Chen G, Mechanism and sensitivity of Fe-C coated long period fiber grating sensors for steel corrosion monitoring of RC structures, Corrosion Science 127 (2017):70-81. (SCI/IF=10.3)

[J16] Deng Q, Yi W^*, Tang F, Effect of coarse aggregate size on shear behavior of beams without shear reinforcement, ACI Structural Journal 114(2017):1131-1142. (SCI/IF=1.1)

[J15] Du Y, Chen Y, Zhuang Y, Zhu C, Tang F, Huang J^*, Probing Nanostrain via a mechanically designed optical fiber interferometer, IEEE Photonics Technology Letter, 29(2017):1348-1351. (SCI/IF=2.4)

[J14] Fan L, Tang F, Reis ST, Chen G^* and Koenigstein ML, Corrosion resistance of steel pipes internally coated with enamel, Corrosion73(2017):1335-1345. (SCI/IF=1.1)

[J13] Fan L, Tang F, Reis ST, Chen G^* and Koenigstein ML, Corrosion resistance of transmission pipeline steel coated with five types of enamels, Acta Metallurgical Sinica (English Letters)30(2017): 390-398. (SCI/IF=3.9)

[J12] Tang F, Bao Y, Chen Y, Tang Y and Chen G^*, Impact and corrosion resistances of duplex epoxy/enamel coated plates. Construction and Building Materials112(2016): 7-18. (SCI/IF=8.9)

[J11] Tang F, Chen G^* and Brow RK, Chloride-induced corrosion mechanism and rate of enamel- and epoxy-coated deformed steel bars embedded in mortar, Cement and Concrete Research82(2016): 58-73. (SCI/IF=14.0)

[J10] Bao Y, Tang F, Chen Y, Meng W, Huang Y and Chen G^*, Concrete pavement monitoring with PPP-BOTDA distributed strain and crack sensors, Smart Structures and Systems18(2016): 405-423. (SCI/IF=1.40)

[J9] Chen Y^†, Tang F^†, Bao Y, Tang Y and Chen G^*, A Fe-C coated long period fiber grating sensor for corrosion induced mass loss measurement, Optics Letters 41(2016): 2306-2309. (SCI/IF=3.3)

[J8] Huang Y, Tang F, Liang X, Chen G^*, Xiao H and Azarmi F, Steel bar corrosion monitoring with long period fiber gratings sensors coated with nano-iron/silicate particles and polyurethane, Structural Health Monitoring 14(2015):178-189. (SCI/IF=5.7)

[J7] Tang F, Chen G^*, Brow RK and Koenigstein ML, Corrosion resistance of a sand particle-modified enamel coating applied to smooth steel bars, Materials7(2014): 6632-6645. (SCI/IF=3.7)

[J6] Tang F, Lin Z, Chen G^* and Yi W, Three-dimensional corrosion pit measurement and statistical mechanical degradation analysis of deformed steel bars subjected to accelerated corrosion, Construction and Building Materials 70(2014): 104-117. (SCI/IF=8.9)

[J5] Tang F, Cheng X, Chen G^*, Brow RK, Volz JS and Koenigstein ML, Electrochemical behavior of enamel coated carbon steel in simulated concrete pore solution with various concentration of chloride, Electrochimica Acta 92(2013):36-46. (SCI/IF=5.8)

[J4] Tang F, Chen G^*, Volz JS, Brow RK and Koenigstein ML, Cement modified enamel coating for enhanced corrosion resistance of steel reinforcing bars, Cement & Concrete Composites 35(2013): 171-180. (SCI/IF=14.0)

[J3] Tang F, Chen G^*, Brow RK, Volz JS and Koenigstein ML, Corrosion resistance and mechanism of steel rebar coated with three types of enamel, Corrosion Science 59(2012): 157-168. (SCI/IF=10.3)

[J2] Tang F, Chen G^*, Volz JS, Brow RK and Koenigstein ML, Microstructure and corrosion resistance of enamel coatings applied to smooth reinforcing steel, Construction and Building Materials 35(2012):376-384. (SCI/IF=8.9)

[J1] Yi W^*, Kunnath SK, Sun X, Shi C and Tang F, Fatigue behavior of reinforced concrete beams with corroded steel reinforcement, ACI Structural Journal 107(2010): 526-533. (SCI/IF=1.1)

中文期刊论文

[J3] 李桐，唐福建，李宏男^*.基于单模-多模-单模光纤的钢筋腐蚀监测技术，建筑材料学报，2022, 25(4): 434-440. 

[J2] 田昊，唐福建，李宏男^*.基于OFDR分布式光纤的钢筋锈蚀监测技术，建筑材料学报，2020, 23(6):1524-1530。

[J1] 闫东明^*，陈根达，唐福建，吴承霖. 活性瓷釉（CRE）涂层钢筋防腐蚀技术研究进展，中国科学：技术科学，2015，45：293-305.

Conference papres/Presentations/Invited Lectures

[P29] Tang F, Modified epoxy/enamel composite coatings for enhanced corrosion resistance and improved bond strength of steel reinforcement in concrete structures, the International Conference on Materials Science and Engineering,March 30-April 01, 2026, Stockholm, Sweden. (IAAM Fellow Lecture)

[P28] Tang F, epoxy/enamel composite coatings for enhanced corrosion resistance and improved bond strength of steel rebar, January 22, 2026, Aalto University, Finland. (Invited Lecture)

[C27] Tang F, Qin J, Cui H, and Lin Z, Detecting early-stage corrosion of steel rebar with no-core fiber sensor, the Ninth International Symposium on Life-Cycle Civil Engineering (IALCCE2025), July 15-19, 2025, Melbourne, Australia.

[C26] Tang F, Kuang Y and Verstrynge E, Experimental investigation into bond characteristics of quartz sand modified enamel coated steel bar in concrete based on AE data, 36th Conference of the European Working Group on Acoustic Emission (EWGAE2024), September 18-20, 2024, Potsdam, Germany.

[P25] Tang F, Application of fiber optic sensors for corrosion monitoring in civil engineering, September 23, 2024, KU Leuven, Belgium. (Invited Lecture)

[P24] Tang F, Application of enamel coatings for enhanced corrosion resistance and bond strength of steel bars in concrete, September 16, 2024, Aalto University, Finland. (Invited Lecture)

[C23] Tang F, Kuang Y, Cui H and Lin Z, Corrosion and bond behavior of silicate dioxide particle modified enamel coated steel bar, Eighth International Symposium on Life-Cycle Civil Engineering (IALCCE2023), July 2-6, 2023, Politecnico di Milano, Italy.

[C22] Lin S, Tang F, Dang J, Li Z. Corrosion inspection and evaluation of roadway metal railings with deep learning technique, AMPP CORROSION2023, March 19-23, 2023, Denver, CO, USA.

[C21] Tang F, Cui H, Li H. Quartz sand modified enamel coating for enhanced corrosion resistance of steel rebar, the 4^th International Symposium on New Technologies for Structural Longevity (ACF2023), March 11-13, 2023, Shenzhen, China.

[C20] Tang F, Hu J, Li H, Ren L, Verstrynge E. Monitoring localized corrosion distribution of steel bar in concrete with OFDR distributed optical fiber, AMPP CORROSION2022, March 6-10, 2022, San Antonio, TX, USA.

[C19] Tang F, Zhao L, Li H, Lin Z, Pan H, Verstrynge E, Van Steen C. Spatial variation analysis of localized corrosion of steel bar with spectral analysis technique, AMPP CORROSION2022, March 6-10, 2022, San Antonio, TX, USA.

[C18] Wang X, Pan H, Perason M, Zhang Z, Tang F, Cao Q, Chen X, Lin Z. Design and characterization of binary nanofiller reinforced coating with superior protective properties for oil and gas pipelines, Pipelines 2022, July 31- August 3, 2022, Indianapolis, Indiana, USA.

[C17] Tang F, Chen Y, Tang Y, Li Z, Chen G. Smart rock technology for local scour monitoring of bridge structures, ASCE- Earth & Space Conference, April 19-23, 2021. 

[C16] Tang F, Li C, Li H, Presuel-Moreno FJ, Fan L and Chen G, Probabilistic evaluation of service life of reinforced concrete beam element in marine environment, CORROSION2019, March 24-28, 2019, Nashville, TN, USA.

[C15] Tang F, Li C, Li H, Fan L, Chen G and Presuel-Moreno FJ, Probabilistic modeling of the relationship between concrete crack width and corrosion-induced mass loss of steel bar, CORROSION2019, March 24-28, 2019, Nashville, TN, USA.

[C14] Tang F, Tian H, Li H, Monitoring steel bar corrosion based on distributed optical fiber sensing technology, BEI-2019, July 22-25, 2019, Honolulu, Hawaii, USA

[P13] Tang F, Chloride-induced rebar corrosion in concrete: mechanism, prevention, monitoring and assessment, October 5, 2018, Washington State University, USA. (Invited Lecture)

[C12] Tang F, Chen Y, Tang Y, Li Z, Li H, Chen G. Magnet-based smart rock for scour depth evaluation of bridge pier, The 2018 Structures Congress (Structures18), August 27-31, 2018, Incheon, South Korea. 

[C11] Presuel-Moreno FJ, Casaneda C, Tang F, Corrosion protection of flexible fillers coated with steel strands and contaminated with fungi, CORROSION 2018, April 15-18, 2018, Phoenix, AZ, USA.

[C10] Presuel-Moreno FJ, Tang F, Corrosion propagation of rebar embedded in low W/C binary concrete blends exposed to seawater, CORROSION 2018, April 15-18, 2018, Phoenix, AZ, USA.

[C9] Tang F, Chen Y. Monitoring steel bar corrosion in 3.5 wt.% NaCl solution using a fiber optic corrosion sensor, ECS 233, May 13-17, 2018, Seattle, WA, USA.

[C8] Tang F, Bai L, Li G, Chen G. Probabilistic modeling of corrosion-induced crack width in reinforced concrete, EUROCORR 2018, Sep 9-13, 2018, Cracow, Poland.

[C7] Tang F, Chen Y, Tang Y, Li Z, Chen G, Steel corrosion monitoring in concrete slab using a long period fiber grating assembly, CORROSION2017, NACE International, March 26-30, 2017, New Orleans, LA, USA.

[C6]Tang F, Chen Y, Tang Y, Chen G, Monitoring pitting corrosion growth in steel rebar using optical fiber, CORROSION2017, NACE International, March 26-30, 2017, New Orleans, LA, USA.

[C5]Tang F, Yan D, Chen G, Corrosion resistance and bond strength of steel bars coated with calcium silicate modified enamel, CORROSION 2015, NACE international, March 15-19, 2015, Dallas, Texas, USA.

[C4] Chen Y, Tang F, Bao Y, Chen G, Corrosion monitoring of steel bars embedded in mortar using Fe-C coated long period fiber gratings, CORROSION 2015, NACE international, March 15-19, 2015, Dallas, Texas, USA.

[C3] Bao Y, Chen G, Meng W, Tang F, Chen Y, Kilometer-long optical fiber sensor for real-time railroad infrastructure monitoring to ensure safe train operation, ASME/ASCE/IEEE 2015 Joint Rail Conference, March 23-26, San Jose, CA, USA.

[C2]Tang F, Chen G, Brow RK, Koenigstein ML, Electrochemical characteristics and equivalent circuit representation of steel-coating-mortar system by EIS, CORROSION 2014, NACE international, March 9-13, 2014, San Antonio, Texas, USA.

[C1] Chen G, Tang F, Volz JS, Brow RK, Koenigstein ML, Chemically reactive enamel: a steel rebar coating for enhanced durability of concrete structures, The 3^rd International Conference on the Durability of Concrete Structures, Sep. 17-19, 2012. Belfast, UK. 

JOURNAL /CONFERNCE/BOOK REVIEWER (国际期刊/会议/英文专著审稿人)

Corrosion Science; Cement and Concrete Research; ASCE Journal of Materials in Civil Engineering; Construction and Building Materials; Structural Health Monitoring; Sensors and Actuators A: Physical;  Materials and Design; Scientific Reports; Optics Express; International Journal of Applied Glass Science; Progress in Organic Coatings; Sensors; Coatings; Metals; Materials; Atmosphere; Polymers; Surface Review and Letters; Smart Materials and Structures; Engineering Structures; ACI Structural Journal; ACI Materials Journal; Materials Research Express; International Journal of Structural Stability and Dynamics; Materials Letters; Journal of sensors; Chinese Journal of Aeronautics; Molecules; ACI Special publication; Applied Science; Structure and Infrastructure Engineering; Gels; Sustainability; Engineering Research Express; Journal of Civil Structural Health Monitoring; Corrosion and Materials Degradation; Micromachines; CORROSION2020; CORROSION2021; CRC book proposal. Structural Engineering and Mechanics; LHB: Hydroscience Journal; Heritage; Buildings; Transportation Engineering；Electronics; Materia; Nanomaterials; International Journal of Minerals, Metallurgy and Materials; 建筑材料学报；Engineering Fracture Mechanics; International Journal of Applied Ceramic Technology; Case Studies in Construction Materials; Results in Engineering; Measurement Science and Technology; Fibers; China Ocean Engineering; Nondestructive Testing and Evaluation; Ceramics International; Urban Lifeline; Structural Durability and Health Monitoring; Structural Control and Health Monitoring; Engineering Failure Analysis; Optical Fiber Technology; Corrosion Engineering, Science and Technology; Structures; Biomass Conversion and Biorefinery; Reviews on Advanced Materials Science; IEEE Sensors Journal; Flatchem; Chinese Journal of Polymer Science; Journal of Building Engineering; TRB Annual Meeting; Optics and Lasers in Engineering; Surfaces and Interfaces; Journal of Environmental Chemical Engineering; Frontiers of Structural and Civil Engineering; ASCE Journal of Computing in Civil Engineering; Journal of Taiwan Institute of Chemical Engineers; Journal of Structural Integrity and Maintenance; Langmuir; 中国激光；Tunneling and Underground Space Technology incorporating Trenchless Technology Research; Structural Concrete; IEEE Transactions on Automation Science and Engineering; IEEE Transactions on Industrial Informatics; IEEE Transactions on Instrumentation and Measurements; Urban Water Journal; Digital Twins and Applications; 激光与光电子学进展；Journal of Harbin Institute of Technology;