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Strength evaluation sustainable concrete with waste ingredients at elevated temperature by employing interpretable algorithms: Optimization and hyper tuning

Yuan Hu, Abdul Aziz Alaskar, Fadi Althoey, Mohammed Awad Abuhussain, Ghasan Alfalah, Furqan Farooq

2023Materials Today Communications18 citationsDOI

Topics & Concepts

Boosting (machine learning)AdaBoostMachine learningPython (programming language)Artificial neural networkSilica fumeSupport vector machineRandom forestEnsemble learningCompressive strengthArtificial intelligenceAlgorithmRobustness (evolution)Gradient boostingComputer scienceMaterials scienceDecision treeMean squared errorMathematicsStatisticsBiochemistryComposite materialOperating systemChemistryGeneFire effects on concrete materialsConcrete and Cement Materials ResearchInnovative concrete reinforcement materials
Strength evaluation sustainable concrete with waste ingredients at elevated temperature by employing interpretable algorithms: Optimization and hyper tuning | Litcius