The cement industry is a major contributor to global carbon emissions. The production of
limestone is a major source of carbon emissions, accounting for 55–70% of the entire …

The global shutdown of coal industries has led to a shortage of coal fly ash, a commonly
used cement replacement. Wood fly ash (WFA), a byproduct abundant in Canada's timber …

Due to low activity or long mineralization time, traditional mineral agents for self-healing
concrete generally need a long time to achieve a desired repair efficiency. Inspired by epoxy …

Carbon curing of cement-based materials shows great potential for reducing the carbon
footprint and improving the physical-mechanical properties. Accelerated carbonatation is …

Abundance in waste phosphogypsum landfilling encourages the development of an eco-
efficient Excess-sulfate Phosphogypsum Slag Cement (EPSC). This work evaluates steel …

A luminescent sensor technique for pH analyses has been tested in cementitious media.
The optical sensors monitor in-situ pH every 5 s during early hydration reactions over a …

Expansive minerals are extensively used to promote the self-healing performance of the
cracked concrete. Nonetheless, the expansive minerals will be consumed prematurely by …

Cement is a key construction material in civil and geotechnical engineering. However, its
application for stabilization of marine sediments needs further investigation. This paper tests …

The present study investigated the hydration properties of ordinary portland cement (OPC)
and calcium sulfoaluminate (CSA) cement blends with the biological admixtures to examine …

The major concern for a broad field application of pervious is achieving mechanical
performance and pore system efficiency to guarantee proper water infiltration. The inversely …