THE MODELING OF TENSILE TEST IN VIRTUAL LABORATORY DESIGN USING ARTIFICIAL INTELLIGENCE

Abstract

In the future, Virtual Laboratories will have a very important place for distant education which has real applications of laboratory tests and experiment applications. It is fact that virtual laboratories necessity is inevitable because the requirements of materials, place, staff and above all, time and financial requirements for establishment of real laboratories. Virtual Laboratories, if its visuality qualifications are convenient, can easily provide like real laboratories which's users can observe the experiments with making changes on the parameters. In this study tensile test was examined for virtual laboratories and it is also aimed at designing the tensile test in virtual environments for different tensile speeds. An artificial neural network was generated from the values of a material which was stressed in different speeds and intermediate speed values were predicted by this artificial neural network.