Traditional high-strength concrete requires a large amount of cement and has high carbon emissions, posing challenges to the sustainable development of the construction industry.
Industrial solid waste as a concrete admixture instead of cement can effectively reduce carbon emissions and minimize solid waste storage.
CWP has a high annual output and low resource utilization rate; GP has volcanic ash activity; GWP has a micro aggregate filling effect.
This study systematically investigated the influence of three types of solid waste materials with high content replacing cement on the mechanical properties and durability of HSC.
.