- [1] Rongxin Peng; Wenliang Qiu*; Meng Jiang. Micromechanical modeling of frozen concrete by micro-deformation of multi-phase composite material, Composite Structures, 2022, 301(116224):1-16. (SCI 收录, IF=6.3). (JCR Top期刊 JCR 1区),,.
- [2] Rongxin Peng; Wenliang Qiu*; Fei Teng. Three-dimensional meso-numerical simulation of heterogeneous concrete under freeze-thaw, Construction and Building Materials, 2020, 250(118573):1-10. (SCI 收录, IF=7.4). (JCR Top期刊 中科院 1区 JCR 1区),,.
- [3] Rongxin Peng; Wenliang Qiu*. Research on freeze-thaw damage to RC column based on incompatibility deformation from pores, Engineering Structures, 2021, 241(112462):1-12. (SCI 收录, IF=5.5). (中科院 Top 期刊 中科院 1区 JCR 1区),,.
- [4] Rongxin Peng; Wenliang Qiu*; Meng Jiang. Frost resistance performance assessment of concrete structures under multi-factor coupling in cold offshore environment, Building and Environment, 2022, 109733:1-12. (SCI收录, IF=7.4) (中科院 Top期刊 中科院 1区 JCR 1区),,.
- [5] Rongxin Peng; Wenliang Qiu*; Fei Teng. Investigation on seawater freeze-thaw damage deterioration of marine concrete structures in cold regions from multi-scale, Ocean Engineering, 2022, 248(110867):1-15. (SCI 收录, IF=5.0). (中科院 Top期刊 JCR 1区),,.
- [6] Rongxin Peng*; Wenliang Qiu; Tian-yu Wu*; Fei Teng. Research on time-varying degradation of RC buildings coupled environmental effects and corrosion-induced damage from multi-scale [J]. Journal of Building Engineering, 2024, 83(108365):1-19. (SCI 收录, IF=6.4). (JCR Top 期刊 JCR 1区),,.
- [7] Rongxin Peng; Wenliang Qiu*; Fei Teng. Research on performance degradation analysis method of offshore concrete piers in cold regions, Ocean Engineering, 2022, 263(112304):1-12. (SCI 收录, IF=5.0). (中科院 Top期刊 JCR 1区),,.
- [8] Rongxin Peng; Wenliang Qiu*; Meng Jiang. Application of a micro-model for concrete to the simulation of crack propagation, Theoretical and Applied Fracture Mechanics, 2021, 116(103081):1-18. (SCI收录, IF=5.3). (中科院 2区, JCR 1 区),,.
- [9] Rongxin Peng; Wenliang Qiu*; Meng Jiang. Multi-scale Computational Modeling on the Equivalent Element Method for Freeze-thaw Damage of Concrete [J]. Journal of Advanced Concrete Technology, 2022, 20(12): 703-719. (SCI 收录, IF=2.0). (JCR 3区),,.
- [10] Wenliang Qiu; Rongxin Peng*. Research on the numerical simulation for plastic model of ice as building materials under triaxial compression, Construction and Building Materials, 2020, 268(121183):1-12. (SCI收录, IF=7.4). (JCR Top期刊 中科院 1 区 JCR 1区),,.