3D Concrete Printing (3DCP), fresh mortar properties, Mechanical properties, climate conditions, curing, on-site printing
3D Concrete Printing (3DCP), fresh mortar properties, mechanical properties, climate conditions, curing, on-site printing
cement paste, microstructure, micro-CT, Nanoindentation, mechanical behavior, Finite element analysis, multiple phase solid model
autonomous healing, autogenous healing, Self-healing, sodium silicate, Perlite
3D Concrete Printing (3DCP), fresh mortar properties, mechanical properties, TGA, XRD, retardation, citric acid
Static yield stress, Fractal pattern, Hydration process, Bridging possibility
LC3, Rheology, Penetration force, Structural build-up, PCE, Accelerator
Dynamic Cl binding, High-field NMR, In situ XRD, Leaching
self-healing, Geopolymer, encapsulation, sodium silicate, relative humidity
cement paste, slag, micro-CT, tensile strength, multiscale
Geoploymer, Life Cycle Assessment, Environmental Cost Indicator, supply chain due diligence, social environmental performance product declaration, social risk assessment
Glass bead, rheological performance, PCE superplasticizers, ion, Resting time
Tricalcium silicate, Hydrate bridging model, Yield stress, structural build-up, Fractal parameters
Cementitious materials, Particle size-shape interaction, Rheology, Direct shear test, Discrete element method (DEM)
Calcium Silicate Hydrate (C-S-H), Nucleation seeding, Particle dispersion, Tobermorite, Early-age strength, Portland cement
