This review paper presents a comprehensive analysis of Life Cycle Assessment (LCA)
methodologies applied to construction materials. It begins with an introduction highlighting …

Storing CO 2 in building materials is an effective way to utilizing CO 2 and mitigating climate
change. This study presents a new approach connecting the decarbonization of the coal-to …

The demand for segment concrete increases rapidly with the expansion of urban rail transit
and underground space, which may lead to carbon emissions (CE). In the production of …

Nowadays pavement technologies must comply with sustainability requirements, including
global warming, energy consumption, and quietness. On the one hand, global warming is …

The incorporation of waste tire crumb rubber into concrete in appropriate size and content
not only facilitates the recycling and safe disposal of waste tires but also enhances concrete …

This study aims to explore the potential of ambient-cured geopolymer as a substitute for
ordinary Portland cement (OPC)-based mortar. However, due to their brittle nature …

In real-world applications, concrete is often subjected to triaxial compression combined with
pore water pressure. Understanding the mechanical properties of the concrete made with …

The durability and microstructural changes of concrete subjected to sulfate erosion and
thermal conditions are still not well understood. The evolution of durability performance and …

In this study, ternesite was proposed as a low-lime CO 2 sequestration binder, and the
ternesite slurry and compacts were carbonated in different periods. The evolution of …

Cemented waste rock backfill (CWRB) is an important composite in supporting technology
for safe and green production in mining. However, the mechanical performance of CWRB is …