Crushed-sand mortar enables high-fluidity concrete with lower carbon footprint
A laboratory study developed a mortar-rheology method for making high-fluidity concrete with crushed limestone sand, achieving flows above 600 mm ...
A laboratory study developed a mortar-rheology method for making high-fluidity concrete with crushed limestone sand, achieving flows above 600 mm ...
Researchers trained an explainable XGBoost model on 1,670 field-recorded concrete mixes, achieving R-squared 0.9263 in strength prediction while using SHAP ...
Researchers trained six machine learning models on 2,048 laboratory records and found gradient boosting predicts the compressive strength of cement-free ...
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© 2025 Scienmag - Science Magazine