The life-cycle assessment method, which originates from general products and services, has
gradually come to be applied to investigations of the life-cycle carbon emissions (LCCE) of …

Concrete is one of the most widely used building materials with a global consumption rate
approaching 25 gigatonnes per year. Consequentially, its environmental burden is …

Abstract Machine learning (ML)-based prediction of non-linear composition-strength
relationship in concretes requires a large, complete, and consistent dataset. However, the …

This paper, which is a contribution to the UNEP series on Eco-Efficient Cements, examines
the role of material-based solutions to reducing CO 2 emissions from cement production …

Executive summary This report examines different pathways to reduce CO2 emissions
associated with the use of cement in the construction sector. Worldwide, cementitious …

Achieving net-zero emissions requires rapid decarbonization and improved strategies
implemented at the global level. In response to increasing demand for better structures and …

Ultra-high performance concrete (UHPC) is one of the most promising materials to reduce
the detrimental effects of building materials on the environment because UHPC requires …

The contribution of building materials' production to environmental impacts becomes
significant in the new energy efficient buildings that are currently built. Among those …

Digital fabrication represents an innovative technology with the potential of expanding the
boundaries of architecture. The potential to fabricate elements directly from design …

Abstract High-Performance Self-Compacting Concrete (HPSCC) has attracted much
attention in recent decades due to its remarkable ability to fill formworks with densely packed …