The depletion of natural resources and the challenge of eliminating industrial wastes are
increasingly driving the development of artificial aggregates. Accelerated carbonation curing …

The shortage of natural construction aggregates, coupled with the large volumes of
industrial solid wastes, is posing a significant challenge to sustainable development, thereby …

The development of artificial aggregates (AAs) significantly reduces carbon emissions of
concrete production since the aggregates account for about 70% volume of all concrete …

Geopolymer concrete is a sustainable construction material developed with industrial by-
products to eliminate the use of cement in concrete production. However, a cradle-to-cradle …

Achieving high strength and low weight in cement-based composites remains a critical
objective in material and structure engineering. This study presents the development of an …

The combination of micro artificial lightweight aggregates (MALAs) and ultra-high-
performance concrete (UHPC) systems constructs high-strength lightweight cementitious …

This study focuses on a holistic approach to investigate the microstructural, mechanical,
durability, environmental, and economic properties of lightweight self-compacting mortars …

Supplementary cementitious materials (SCMs) have been the essential constituents of
sustainable, low-carbon cement and concrete products. However, the large consumption is …

Abstract Autoclaved Aerated Concrete (AAC) is a popular construction material used for
partitions and insulation in buildings. At the end of its service life, AAC (Autoclaved Aerated …

Traditional waste management faces significant environmental, social, and economic
challenges, while concrete's high resource consumption highlights the need for improved …