Hong Kong University of Science & Technology (HKUST)
Reactive magnesia cement (RMC), natural fibers, internal moisture content (IMC), carbonation, CO2 diffusion, ambient CO2 reduction
reactive magnesia cement, geometry design, carbonation efficiency, Mechanical Strength, microstructural analysis
Reactive magnesia cement, fiber-matrix interfacial properties, hybrid fibers, CO2 sequestration, tensile performance
Reactive magnesia cement, hollow natural fiber, mechanical strength, Carbonation depth, CO2 sequestration
Reactive magnesia cement, Coupled internal-external CO2 curing, CO2 sequestration, Specific strength, Carbonation profile
SHCC, analytical model, fiber-bridging law, autogenous healing, Carbonation
autogenous healing, reactive magnesia cement, natural fiber, interface, Microstructure
fiber-to-cement interface, CNT fiber, electrical resistance, interface polarization, microstructure
Co2 Sequestration, Biochar, recycled pulp, Reactive MgO cement, transport property
FRCC, fiber-to-cement interface, AC impedance, equivalent circuit, fiber percolation, Self-Sensing
Autogenous healing, reactive magnesia cement (RMC), fiber-matrix interface healing, fiber-bridging strength, matrix crack width
Reactive magnesia cement, interface transition zone, bonding strength, CO2 diffusion, microstructural analysis
hydrogel-based concrete, extraterrestrial construction, extreme curing environment, multi-scale microstructure, discrete element model
Reactive magnesia cement, hollow natural fiber, mechanical strength, CO2 diffusion, CO2 sequestration.
Strain-hardening magnesia composite (SHMC), Non-uniform carbonation, Strength gradients, Interface shear behavior, Demountable connection
self-stressing effect, interface bond strength, limestone calcined clay cement (LC3), calcium sulphoaluminate cement (CSA), microstructure
Reactive MgO cement, Natural fiber, ambient CO2 sequestration, mechanical strength, volume stability, in-situ durability
MgO-SiO2 composites, hollow natural fiber, strength development, CO2 sequestration, M-S-H
