@article{article_1163038, title={Using the Taguchi Method to Optimize the Compressive Strength of Concrete in Different Aggregates Typology}, journal={El-Cezeri}, volume={10}, pages={90–98}, year={2023}, DOI={10.31202/ecjse.1163038}, author={Gönen, Tahir and Cemalgil, Selim}, keywords={Taguchi, anova, beton tasarımı, agrega, mekanik özellikler}, abstract={Concrete quality is affected by many factors such as mixing ratios, material quality, transporting, placing and curing. One of the crucial factors that changes the compressive strength of concrete is aggregate which is make up 75% of concrete during concrete production. Properties of aggregate are more unstable than other materials because of various reasons. Granulometry, moisture or organic substance amount of the aggregates which have same origin may differ with time. In this study, physical and mechanical properties of crushed limestone and crushed river aggregates were investigated. A study about optimum economical design of concrete with crushed limestone and crushed river aggregates which are determined physical and mechanical properties was carried out by using Taguchi method. Test variables selected in this investigation were water-to-binder ratio, cement dosage (dossage), river sand ratio to limestone and air entrained agent. Experimental design method, L16 orthogonal array, was chosen to determine the experimental plan. Furthermore, contribution of parameters selected on compressive and flexure strength was determined statically using ANOVA method.}, number={1}, publisher={Tayfun UYGUNOĞLU}