How Will Concrete Piles for Offshore Wind Power Be Damaged Under Seawater Erosion? Insights from a Chemical-Damage Coupling Meshless Method - Wu, Caihong; Chen, Bo; Wang, Hao; Dai, Jialin; Fan, Shenghua; Yu, Shuyang (Materials, 2024)
Keywords: Acid rain; Air-turbines; Algorithms; Alternative energy sources; Chemical damage; Chloride; Clean energy; Concrete; Concrete aggregates; Concrete piles; Corrosion and anti-corrosives; Corrosion mechanisms; Corrosion rate; Corrosion tests; Crack initiation; Design optimization; Diffusion coefficient; Electric power-plants; Energy utilization; Finite element method; Fracture mechanics; Green technology; Investigations; Ion concentration; Ion diffusion; Liu, Timothy; Maintenance and repair; Maintenance costs; Marine environment; Meshless methods; Methods; Numerical analysis; Offshore; Offshore energy sources; Point defects; Power plants; Prestressed concrete; Reinforced concrete; Renewable energy; Sea-water; Seawater; Service life; Shear tests; Simulation; Simulation methods; Sustainable development; Turbines; Wang Hao; Wind damage; Wind power; China; pile foundation; damage; wind power; concrete corrosion; numerical simulation