I. Karen Et Al. , "Shape- and Topology-Based Structural Die Design Using Differential Evolution and Response Surface Methodology for Sheet Metal Forming," MATERIALS TESTING , vol.54, no.2, pp.92-102, 2012
Karen, I. Et Al. 2012. Shape- and Topology-Based Structural Die Design Using Differential Evolution and Response Surface Methodology for Sheet Metal Forming. MATERIALS TESTING , vol.54, no.2 , 92-102.
Karen, I., KAYA, N., & ÖZTÜRK, F., (2012). Shape- and Topology-Based Structural Die Design Using Differential Evolution and Response Surface Methodology for Sheet Metal Forming. MATERIALS TESTING , vol.54, no.2, 92-102.
Karen, Idris, NECMETTİN KAYA, And FERRUH ÖZTÜRK. "Shape- and Topology-Based Structural Die Design Using Differential Evolution and Response Surface Methodology for Sheet Metal Forming," MATERIALS TESTING , vol.54, no.2, 92-102, 2012
Karen, Idris Et Al. "Shape- and Topology-Based Structural Die Design Using Differential Evolution and Response Surface Methodology for Sheet Metal Forming." MATERIALS TESTING , vol.54, no.2, pp.92-102, 2012
Karen, I. KAYA, N. And ÖZTÜRK, F. (2012) . "Shape- and Topology-Based Structural Die Design Using Differential Evolution and Response Surface Methodology for Sheet Metal Forming." MATERIALS TESTING , vol.54, no.2, pp.92-102.
@article{article, author={Idris Karen Et Al. }, title={Shape- and Topology-Based Structural Die Design Using Differential Evolution and Response Surface Methodology for Sheet Metal Forming}, journal={MATERIALS TESTING}, year=2012, pages={92-102} }