F. ALTUN And T. DİRİKGİL, "The prediction of prismatic beam behaviours with polypropylene fiber addition under high temperature effect through ANN, ANFIS and fuzzy genetic models," COMPOSITES PART B-ENGINEERING , vol.52, pp.362-371, 2013
ALTUN, F. And DİRİKGİL, T. 2013. The prediction of prismatic beam behaviours with polypropylene fiber addition under high temperature effect through ANN, ANFIS and fuzzy genetic models. COMPOSITES PART B-ENGINEERING , vol.52 , 362-371.
ALTUN, F., & DİRİKGİL, T., (2013). The prediction of prismatic beam behaviours with polypropylene fiber addition under high temperature effect through ANN, ANFIS and fuzzy genetic models. COMPOSITES PART B-ENGINEERING , vol.52, 362-371.
ALTUN, FATİH, And TAMER DİRİKGİL. "The prediction of prismatic beam behaviours with polypropylene fiber addition under high temperature effect through ANN, ANFIS and fuzzy genetic models," COMPOSITES PART B-ENGINEERING , vol.52, 362-371, 2013
ALTUN, FATİH And DİRİKGİL, TAMER. "The prediction of prismatic beam behaviours with polypropylene fiber addition under high temperature effect through ANN, ANFIS and fuzzy genetic models." COMPOSITES PART B-ENGINEERING , vol.52, pp.362-371, 2013
ALTUN, F. And DİRİKGİL, T. (2013) . "The prediction of prismatic beam behaviours with polypropylene fiber addition under high temperature effect through ANN, ANFIS and fuzzy genetic models." COMPOSITES PART B-ENGINEERING , vol.52, pp.362-371.
@article{article, author={FATİH ALTUN And author={TAMER DİRİKGİL}, title={The prediction of prismatic beam behaviours with polypropylene fiber addition under high temperature effect through ANN, ANFIS and fuzzy genetic models}, journal={COMPOSITES PART B-ENGINEERING}, year=2013, pages={362-371} }