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This paper describes a genetic based approach for the modelling of elongation in cold drawn copper alloy. Genetic programming is one of the most general genetic based methods and was used in our research. It is an automated evolutionary computation method for creating a working computer programme from a problem’s high-level statement. Genetic programming does this by breeding a population of computer programmes genetically using the principles of Darwinian’s natural selection and biologically inspired operations. In our research, material was formed by drawing using different process parameters and then determining elongation of the specimens. On the basis of a training data set, various different genetic models for the elongation distribution were developed during simulated evolution. The accuracies of the best models were proved by a testing data set and comparison between the genetic and regression models was carried out. (Received in December 2013, accepted in August 2014. This paper was with the authors 2 months for 2 revisions.)

Genetic Based Approach to Predicting the Elongation of Drawn Alloy