DEMİR, A. And DÖNMEZ DEMİR, D. 2017. PREDICTION OF COMPRESSIVE STRENGTH OF STEEL FIBRE-ADDED CONCRETE STRENGTH USING ARTIFICIAL NEURAL NETWORKS. 1. INTERNATIONAL UNIVERSITY INDUSTRY COOPERATION, RD AND INNOVATION CONGRESS , 111.

DEMİR, A., & DÖNMEZ DEMİR, D., (2017). PREDICTION OF COMPRESSIVE STRENGTH OF STEEL FIBRE-ADDED CONCRETE STRENGTH USING ARTIFICIAL NEURAL NETWORKS . 1. INTERNATIONAL UNIVERSITY INDUSTRY COOPERATION, RD AND INNOVATION CONGRESS (pp.111).

DEMİR, ALİ, And DUYGU DÖNMEZ DEMİR. "PREDICTION OF COMPRESSIVE STRENGTH OF STEEL FIBRE-ADDED CONCRETE STRENGTH USING ARTIFICIAL NEURAL NETWORKS," 1. INTERNATIONAL UNIVERSITY INDUSTRY COOPERATION, RD AND INNOVATION CONGRESS, 2017

DEMİR, ALİ And DÖNMEZ DEMİR, DUYGU D. . "PREDICTION OF COMPRESSIVE STRENGTH OF STEEL FIBRE-ADDED CONCRETE STRENGTH USING ARTIFICIAL NEURAL NETWORKS." 1. INTERNATIONAL UNIVERSITY INDUSTRY COOPERATION, RD AND INNOVATION CONGRESS , pp.111, 2017

DEMİR, A. And DÖNMEZ DEMİR, D. (2017) . "PREDICTION OF COMPRESSIVE STRENGTH OF STEEL FIBRE-ADDED CONCRETE STRENGTH USING ARTIFICIAL NEURAL NETWORKS." 1. INTERNATIONAL UNIVERSITY INDUSTRY COOPERATION, RD AND INNOVATION CONGRESS , p.111.

@conferencepaper{conferencepaper, author={ALİ DEMİR And author={DUYGU DÖNMEZ DEMİR}, title={PREDICTION OF COMPRESSIVE STRENGTH OF STEEL FIBRE-ADDED CONCRETE STRENGTH USING ARTIFICIAL NEURAL NETWORKS}, congress name={1. INTERNATIONAL UNIVERSITY INDUSTRY COOPERATION, RD AND INNOVATION CONGRESS}, city={}, country={}, year={2017}, pages={111} }