University of Shanghai for Science and Technology
Red mud foam concrete, Pre-carbonation, compressive strength, Pore characteristics, carbon footprint
3D printed mortar, Interlayer bonding strength, Sinuous printing, Self-locking
3D printed mortar;Carbonation;Plastic shrinkage;Carbonation curing, CO2-injecting
Carbon sequestration capacity, Recycled sand, Direct air capture, Industrial carbonation, Carbon footprint
Recycled powder, 3D printed mortar, Flowability, steel cable reinforcement, flexural strength
concrete composites, surrogate model, strain fields, deep learning, generative model
Recycled sand and powder, Recycled compacted concrete, Carbonation-driven solidification, Damage evolution, Multi-scale
3D printed mortar-normal mortar (3DPM-NM), interfacial locking designs, shear behavior, cracking development, shear friction theory
3D printed mortar (3DPM), Steel wire reinforced, Compressive performance, Damage mechanism, Analytical model
3D printed mortar, Recycled sand powder, Vacuum dewatering, Carbon injection mixing, Buildability, Synergistic mechanisms
Drying carbonation, Recycled fine aggregate, Plastic shrinkage cracks, Electrochemical impedance, Correlation analysis