Effect of Dry–Wet Cycle Periods on Properties of Concrete under Sulfate Attack
Kun Wang , Jin-Jun Guo , Peng-Qiang Liu , Cun-Liang Wu
Applied Sciences 11 ( 2) 888
4
2021
Determining the Mineral Admixture and Fiber on Mechanics and Fracture Properties of Concrete under Sulfate Attack
Cui-ge Qi , Kun Wang , Jin-jun Guo
Journal of Marine Science and Engineering 9 ( 3) 251
9
2021
Effect of dry–wet ratio on pore-structure characteristics of fly ash concrete under sulfate attack
Lin Yang , Peng Zhang , Kun Wang , Jinjun Guo
Materials and Structures 54 ( 3) 1 -13
11
2021
Influence of dry-wet ratio on properties and microstructure of concrete under sulfate attack
Kun Wang , Jinjun Guo , Hao Wu , Lin Yang
Construction and Building Materials 263 120635
22
2020
Mineral Additives to Enhance Early-Age Crack Resistance of Concrete under a Large-Temperature-Difference Environment
Jinjun Guo , Liyan Cui , Jingjiang Wu , Hongyin Xu
Applied Sciences 11 ( 19) 9338
2
2021
The Counterbalance of the Adverse Effect of Abrasion on the Properties of Concrete Incorporating Nano-SiO2 and Polypropylene Fiber Based on Pore Structure Fractal Characteristics
Kun Wang , Jinjun Guo , Peng Zhang , Qingxin Meng
Fractal and Fractional 6 ( 7) 392
2022
Effect of dry--wet ratio on sulfate transport-reaction mechanism in concrete
Kun Wang , Jinjun Guo , Lin Yang
Construction and Building Materials 302 124418
11
2021
Multiphysical damage characteristics of concrete exposed to external sulfate attack: Elucidating effect of drying--wetting cycles
Kun Wang , Jinjun Guo , Lin Yang , Peng Zhang
Construction and Building Materials 329 127143
10
2022
Mechanisms and influential variables on the abrasion resistance hydraulic concrete
Jinjun Guo , Minghao Gao , Kun Wang , Peng Zhang
Nanotechnology Reviews 11 ( 1) 2997 -3019
2022
Early-age shrinkage and hydration of concrete incorporating a mutually reinforcing systems of super absorbent polymers and MgO expansive agent under low humidity conditions
Kun Wang , Juhyuk Moon , Hongjian Du , Xing Xia
Construction and Building Materials 417 135350 -135350
1
2024
Multi-scale model investigating the effects of pore structure and drying-wetting cycles on diffusion in concrete
Jinjun Guo , Xing Xia , Kun Wang , Yaoqun Xu
Cement and Concrete Composites 140 105086 -105086
10
2023
Neutralization evolution of concrete under acid rain and carbonation erosion: a review
Jinjun Guo , Xiaomeng Li , Yaoqun Xu , Peng Zhang
Journal of Materials Research and Technology 25 1376 -1405
9
2023
Effects and interactions of scouring abrasion and external sulfate attack on deterioration of lining concrete: Experiments and preliminary modeling
Kun Wang , Yuanyuan Cheng , Lin Yang , Benbo Sun
Construction and Building Materials 393 132077 -132077
8
2023
Effect of internal curing on early-age properties of concrete under simulative natural environment in arid regions
Jinjun Guo , Kun Wang , Peng Zhang , Hongyin Xu
Construction and Building Materials 362 129697 -129697
6
2023
Hydration and pore structure characteristics of concrete incorporating internal curing materials in a dry and large-temperature-difference environment
Yan Lu , Kun Wang , Duo Zhu , Qingxin Meng
Materials Research Express 9 ( 3) 035502 -035502
4
2022
Early-age mechanical characteristics and microstructure of concrete containing mineral admixtures under the environment of low humidity and large temperature variation
Jinjun Guo , Zheng Zhang , Jingjiang Wu , Huikang Wang
Materials 14 ( 17) 5085 -5085
4
2021
Reinforcement mechanism of nano-SiO2 and polypropylene fibers on concrete abrasion resistance subject to dynamic sandy water
Jinjun Guo , Xing Xia , Peng Zhang , Kun Wang
Journal of Materials Research and Technology 27 1630 -1650
1
2023
Numerical and experimental analysis of the effect of multi-ion electrical coupling on the sulfate convection zone in hydraulic concrete
Kun Wang , Jinjun Guo , Juan Wang , Yuanxun Zheng
Construction and Building Materials 449 138340 -138340
2024
Effect of Dry–Wet Ratio on Properties of Concrete Under Sulfate Attack
Guo , Wang , Guo , Yang
Materials 12 ( 17) 2755
30
2019
Numerical and experimental analysis of the effect of multi-ion electrical coupling on the sulfate convection zone in hydraulic concrete
Kun Wang , Jinjun Guo , Juan Wang , Yuanxun Zheng
Construction and Building Materials 449 138340 -138340
2024