Compressive strength prediction models for cementitious composites with fly ash using machine learning techniques

Yerel katalogda bu makaleye atıf yapan 31 yayın (OpenAlex referans eşleşmesi; tam dünya listesi değildir).

1. 2022 Determination of compressive strength of perlite-containing slag-based geopolymers and its prediction using artificial neural network and regression-based methodsAtıf 39 · OpenAlex
2. 2022 Determination of compressive strength of perlite-containing slag-based geopolymers and its prediction using artificial neural network and regression-based methodsAtıf 39 · OpenAlex
3. 2022 Determination of compressive strength of perlite-containing slag-based geopolymers and its prediction using artificial neural network and regression-based methodsAtıf 39 · OpenAlex
4. 2022 Determination of compressive strength of perlite-containing slag-based geopolymers and its prediction using artificial neural network and regression-based methodsAtıf 39 · OpenAlex
5. 2022 Determination of compressive strength of perlite-containing slag-based geopolymers and its prediction using artificial neural network and regression-based methodsAtıf 39 · OpenAlex
6. 2025 Optimizing Strength Prediction for Cemented Paste Backfills with Various Fly Ash Substitution: Computational Approach with Machine Learning AlgorithmsAtıf 8 · OpenAlex
7. 2025 Optimizing Strength Prediction for Cemented Paste Backfills with Various Fly Ash Substitution: Computational Approach with Machine Learning AlgorithmsAtıf 8 · OpenAlex
8. 2025 Optimizing Strength Prediction for Cemented Paste Backfills with Various Fly Ash Substitution: Computational Approach with Machine Learning AlgorithmsAtıf 8 · OpenAlex
9. 2025 Optimizing Strength Prediction for Cemented Paste Backfills with Various Fly Ash Substitution: Computational Approach with Machine Learning AlgorithmsAtıf 8 · OpenAlex
10. 2022 The prediction of surface roughness and tool vibration by using metaheuristic-based ANFIS during dry turning of Al alloy (AA6013)Atıf 7 · OpenAlex