Cement-Based Composites Advancements in Development and Characterization
Cement-Based Composites Advancements in Development and Characterization
English[eng]
lightweight cement paste||air entraining agents||hollow microspheres||aluminum powder||pores||micro-CT||thermal insulation||compressive strength||photocatalysis||core-shell structure||TiO2/SiO2 composite nanoparticles||cement-based materials||sustainability||hemp||sound absorption||thermal conductivity||fire characteristics||mechanical properties||microscopy||thermal analysis||X-ray diffraction||SCC-SFR||chlorides||diffusion||concrete||fiber-reinforced cemented clay||unconfined compression strength||fiber content||composite cement content||curing time||steel fiber||MgO expansive agent||split tensile strength||chloride diffusion resistance||porosity||interfacial transition zone||bond strength||high performance concrete||reinforcing steel bar||basalt fibre||inhibit||alkali-carbonate reaction||fly ash||expansion||mechanism||graphite carbon nitride||silica||visible light catalysis||cement||Bayesian updating||spatial randomness||uncertainty||correlation distance||stochastic field||Interfacial transition zone||quick-converting track concrete||aggregate surface condition||railway ballast||fiber-reinforced concrete||mechanical characteristics||three-point bending test||fracture energy||cement-based composite||experimental studies||numerical simulation
English[eng]
lightweight cement paste||air entraining agents||hollow microspheres||aluminum powder||pores||micro-CT||thermal insulation||compressive strength||photocatalysis||core-shell structure||TiO2/SiO2 composite nanoparticles||cement-based materials||sustainability||hemp||sound absorption||thermal conductivity||fire characteristics||mechanical properties||microscopy||thermal analysis||X-ray diffraction||SCC-SFR||chlorides||diffusion||concrete||fiber-reinforced cemented clay||unconfined compression strength||fiber content||composite cement content||curing time||steel fiber||MgO expansive agent||split tensile strength||chloride diffusion resistance||porosity||interfacial transition zone||bond strength||high performance concrete||reinforcing steel bar||basalt fibre||inhibit||alkali-carbonate reaction||fly ash||expansion||mechanism||graphite carbon nitride||silica||visible light catalysis||cement||Bayesian updating||spatial randomness||uncertainty||correlation distance||stochastic field||Interfacial transition zone||quick-converting track concrete||aggregate surface condition||railway ballast||fiber-reinforced concrete||mechanical characteristics||three-point bending test||fracture energy||cement-based composite||experimental studies||numerical simulation