Different models have been proposed to investigate and predict the carbonation process of
cement-based materials. This paper firstly introduces the carbonation process occurred in …

Carbonation of cementitious materials is one of the most important reasons leading to the
deterioration of steel-reinforced concrete structures. After years of research, different models …

Clinkerless ultra-high strength concrete formulated using alkali-activated binders (AAB-
UHSC) emerges as a green high-performance construction material, but its durability …

As the largest consumed man-made materials, the production of cement releases a huge
amount of CO 2 into the atmosphere and dramatically accelerates the global warming …

Alkali-activated materials are difficult to maintain strength under very high temperatures in
the fire. But results are not available for those materials when subjected to sustained …

As known, exposure of any material to outdoor natural weathering, which has varied
changes in temperature, relative humidity, percentage of sunny/cloudy, precipitation, CO 2 …

To ascertain the impact of carbonation on the phase evaluation of cement paste blended
with metakaolin (MK), the phase composition of cement paste with different dosages of MK …

The effects of active S-MgO contents, MgO types, Na 2 O concentrations, and alkali activator
modulus on the hydration kinetics, compressive strength, hydration products, pore structure …

The impact of carbonation, induced at different CO 2 concentrations (0.04 or 1%), in the
phase assemblages and compressive strength of Na 2 SO 4-activated slag materials was …

Geopolymers have been widely applied to pretreat Pb-containing solid wastes due to low
carbon footprint and superior stabilization/solidification (S/S) performance. However, the …