In the current transition of urban construction towards high-altitude and green construction, high-strength concrete (HSC) has become the core material of super high-rise buildings due to its excellent mechanical properties.
However, the resource consumption and carbon emissions problems brought by traditional production modes are becoming increasingly prominent.
How to achieve sustainable development of high-strength concrete through the substitution and performance optimization of recycled materials? The latest research provides an innovative answer that balances performance and environmental protection through the composite application of modified recycled concrete aggregates (MRCA) and metakaolin (MK), combined with machine learning quantitative analysis.
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