The focus of this study is the production and testing of a new self-compacting geopolymer
concrete (SCGC). The concrete has excellent self-compacting properties, mechanical …

The stacking of copper slag (CS) has led to the resource wastage and environmental issues.
Utilizing CS as a green precursor in the production of alkali-activated materials (AAMs) …

The development of solid waste-derived activators for the preparation of alkali-activated
systems is of great significance for further enhancing the environmental friendliness and …

With the rapid growth of shield-discharged soil (SDS), there is an increasing demand for
effective recycling and transformation methods. This study aims to develop an alkali …

The temperature effect has been proven to affect the mechanical properties and
microstructure of alkali-activated materials greatly. The research on the long-term complex …

The use of alkali-activated materials (AAMs) in engineering is limited by issues such as high
shrinkage and uncontrolled setting times, highlighting the need to explore alternative …

Using mineral powder, fly ash and cement as the basic three-component composite system,
machine-made sand and gravel powder and expansion agent are introduced to prepare five …

With the advocacy of development concepts of carbon peak and carbon neutrality, the
innovative idea of replacing cement with industrial solid waste for mine filling is encouraged …

A large quantity of waste slurry (WS) is produced during the process of drilled grouting piles,
which is mainly composed of bentonite, clay, and metal ions. Improper disposal of WS will …

A pivotal limitation in the widespread adoption of geopolymer concrete (GPC) arises from its
substantial dry shrinkage. The existing methods for mitigating dry shrinkage are inadequate …