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Wei Dong
Institution:
Inner Mongolia University of Science and Technology
Observed institution:
Inner Mongolia University of Science and Technology
ORCID:
0000-0003-4187-1999
Observed ORCID:
0000-0003-4187-1999
OpenAlex ID:
A5061035755
Degradation mechanism and strength prediction of aeolian sand concrete under sulphate dry-wet cycles
2024
·
Wei Dong
, Junfeng Wang
·
Construction and Building Materials
·
35
Research on capillary water absorption characteristics of aeolian sand concrete under sulfate freeze-thaw coupling based on fractal theory
2024
·
Wei Dong
, Junfeng Wang
·
Construction and Building Materials
·
30
Research on printing parameters and salt frost resistance of 3D printing concrete with ferrochrome slag and aeolian sand
2024
·
Wei Dong
, Junfeng Wang
, et al.
·
Journal of Building Engineering
·
23
Analysis of fractal and erosion characteristics of aeolian sand concrete pore structure under capillary absorption
2025
·
Zhiqiang Ren
, Wei Dong
, et al.
·
Journal of Building Engineering
·
16
Multi-scale synergistic enhancement mechanism of nano-silica: Research on improving the durability of aeolian sand concrete under chloride salt erosion-freeze-thaw coupling effect
2026
·
Enze Su
, Wei Dong
, et al.
·
Construction and Building Materials
·
6
Water and Chloride Ion Transport Characteristics of Unsaturated Aeolian Sand Mortar under Capillary Absorption
2024
·
Junfeng Wang
, Wei Dong
·
Journal of Materials in Civil Engineering
·
5
Sulfate erosion behavior of aeolian sand concrete under dry-wet cycle: Construction and numerical verification of ion diffusion model
2026
·
Wei Dong
, Chenhui Yang
, et al.
·
Construction and Building Materials
·
3
Study on compressive strength and pore structure evolution of nano‐silica modified aeolian sand concrete under freeze–thaw cycle based on fractal dimension
2025
·
Enze Su
, Wei Dong
, et al.
·
Structural Concrete
·
3
PDF
Salt-Frost Damage and Life Prediction of Nano-SiO2 Polypropylene Fiber Aeolian Sand Concrete
2024
·
Wei Dong
, Enze Su
, et al.
·
JOM
·
3
Deformation Characteristics and Failure Modes of Basalt Fiber Pisha Sandstone Cement‐Soil Under Multi‐Level Cyclic Loading
2026
·
Wei Dong
, Jiaxuan Li
, et al.
·
Fatigue & Fracture of Engineering Materials & Structures
·
1
Sustainable concrete design via aeolian sand valorization: Multiscale durability evolution and service life prediction under sulfate attack
2026
·
Junfeng Wang
, Wei Dong
, et al.
·
Journal of Building Engineering
·
1
Dynamic Characteristics of Basalt Fiber–Reinforced Pisha Sandstone Cement Soil
2026
·
Wei Dong
, Jiaxuan Li
, et al.
·
Journal of Materials in Civil Engineering
Mesoscale Simulation of Steel Slag Fine Aggregate Concrete Using a Cohesive Zone Model: Influence of Microparameters on Uniaxial Compressive Behavior
2026
·
Gang Xue
, Yi Liu
, et al.
·
Journal of Materials in Civil Engineering
Numerical study and sensitivity analysis on seismic performance of steel pipe-aeolian sand recycled concrete columns
2026
·
Yaohong Wang
, Kangjie Chen
, et al.
·
Earthquake Engineering and Engineering Vibration
Dynamic Response of Frozen Pisha Sandstone Reconstituted Soil under Multi-Stage Cyclic Loading
2026
·
Wei Dong
, Jiaxuan Li
, et al.
·
Transportation Research Record Journal of the Transportation Research Board
Optimal design of mix proportions for 3D printed concrete with ferrochrome slag and aeolian sand
2025
·
Wei Dong
, Changmin Zhang
, et al.
·
Journal of Building Engineering
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Works count:
16
Citation count:
126
H-index:
5
I10-index:
4
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