International Journal of Microstructure and Materials Properties 16(1) 2022
- Accurate prediction of nano impermeability and antifreeze concrete ratio in high-rise buildings
- Modelling study on the influence of nano admixture on the strength of high-rise building concrete
- Fatigue damage identification method of cement-based nanocomposites based on strain mode
- Experimental analysis on crack resistance of plant nanofiber concrete under dry and cold environment with large temperature difference
- Study on improvement effect of waterborne two-component polyurethane on radioactive pollution of building decoration materials
- Study on microstructure evolution and toughening of coarse grain heat affected zone of 690 MPa grade bridge steel
- Study on micro compression characteristics of nano carbon fibre reinforced concrete
- Mechanical properties and crack detection method of nano concrete
No comments:
Post a Comment