Jun Xu, Shichang Yin, Wei Gong, Chuanqing Fu, Nonlinear chloride adsorption characteristics and microscopic mechanisms in concrete under coupling effects of static magnetic fields and saline environments. Construction and Building Materials, 2025, 484:141868. (SCI)
Du Dagang, Xu Jun*(通讯作者), Fu chuanqing. Influence of olivine powder on carbon sequestration and compressive properties of cement mortar. ASCE Journal of Materials in Civil Engineering, 2025, DOI:10.1061/JMCEE7/MTENG-19859.(SCI)
Xu Jun,Su Chuanye,Fu chuanqing.Cross-scale time-varying prediction model of oxygen diffusion inunsaturated concrete.Construction and Building Materials,2024,457:139374.(SCI)
Xu Jun, Wang Tao, Du Dagang, Su Chuanye, Shi Xiaofei. Damage model of NC-UHPC interface zone in UHPC wet joint based on DIC. Journal of Building Engineering,2024,98:111045.(SCI)
Su Chuanye, Xu Jun*(通讯作者), She Wei. Fu chuanqing. Cross-Scale Prediction Model of Oxygen Diffusion in Concrete Under Dry Conditions. Transport in Porous Media (2024). (SCI)
Wang Tao, Xu Jun*(通讯作者), Du Dagang,Su Chuanye, Shi Xiaofei. Interfacial cohesion model of ultra-high performance concrete wet joints under theinfluence of multiple factors. Structural Concrete.2024.1–20. (SCI)
Xu Jun, Wang Tao, Su Chuanye, She Wei, Fu Chuanqing. Study of chloride transport pattern in the interface zone of UHPC wet joints under different influencing factors[J]. Journal of Building Engineering, 2024,95:110236.(SCI)
Xu Jun, Mo Rui, Wang Penggang, Wang Guihua, She Wei.Single-Pipe Model of Oxygen Diffusion in Unsaturated Cement Pastes:Comprehensive Analysis of Surface,Knudsen, Bulk, Transition, and Water-CurtainDiffusion.ASCE Journal of Materials in Civil Engineering,2022, 34(10):04022262. (SCI)
Wang Penggang, Mo Rui , Li Sen, Xu Jun *(通讯作者), Jin Zuquan, Zhao Tiejun, Wang Dezhi. A chemo-damage-transport model for chloride ions diffusion in cement-based materials: Combined effects of sulfate attack and temperature[J].Construction and Building Materials, 2021, 288(4):123121. (SCI)
Wang Penggang, Mo Rui, Zhou Xiangming , Xu Jun *(通讯作者) , Jin Zuquan, Zhao Tiejun .A chemo-thermo-damage-transport model for concrete subjected to combined chloride-sulfate attack considering the effect of calcium leaching[J].Construction and Building Materials, 2021, 306:124918. (SCI)
Xu Jun, Peng Chen, Wang Guihua,Wang Penggang. Amulti-phase scale simulation of electrochemical chloride extraction incrack-self-healing concrete. Structural Concrete.2021;1–17.（SCI）
Peng Chen, Wu Qing, Shen Jiao, Xu Jun*(通讯作者).Numerical study on the effect of transverse crack self-healing on the corrosion rate of steel bar in concrete[J]. Journal of Building Engineering, 2021, 41: 102767. (SCI)
Xu Jun, Mo Rui, Wang Penggang, Zhou Jiguo, Dong Xiaojinand She Wei.Coupled Transport of Sulfate and Chloride Ions With AdsorptionEffect: A Numerical Analysis. Frontiers in materials,2020,7:536517.(SCI)
Xu Jun, Chen Peng et al. Effect of crack self-healing onconcrete diffusivity:meso-scale dynamics simulation study. ASCE Journal of Materials in Civil Engineering,2020, 32(6): 04020149. (SCI)
Li Qiang, Jin Xianyu, Yan Dongming, Fu Chuanqing, Xu Jun*(通讯作者). Study of wiring method on accelerated corrosion of steel bars in concrete.Construction and Building Materials, 2020, 269(3):121286.（SCI）
Xu Jun, Li Fumin. Numerical analysis on efficiency ofelectrochemical chlorideextraction of one side anode in concrete.OceanEngineering,2019,179(5):38-50.（SCI）
Xu Jun, Li Fumin.Meso-scale analysis of concrete chloridediffusion considering skins. ACI Materials journal, 2018，115(4). (SCI)
Xu Jun, Li Fumin. Model of time-dependent andstress-dependent chloride penetration of concrete under sustained axialpressure in the marine environment. Construction and BuildingMaterials,2018,170 (3):207–216 . (SCI)
Xu Jun, Li Fumin. Analytical model for load dependence ofchloride penetrationinto concrete.ASCE Journal of Materials in CivilEngineering,2017, 29(5):04016279-1-10. (SCI)
Xu Jun, Li Fumin. A meso-scale model for analyzing thechloride diffusion of concrete subjected to external stress. Construction and Building Materials,2017, 130(1): 11-21. (SCI)
