Determination of theoretical stress concentration factor for circular/elliptical holes with reinforcement using analytical, finite element method and artificial neural network techniques

M. T. Özkan And F. Erdemir, "Determination of theoretical stress concentration factor for circular/elliptical holes with reinforcement using analytical, finite element method and artificial neural network techniques," *NEURAL COMPUTING & APPLICATIONS* , vol.33, no.19, pp.12641-12659, 2021

Özkan, M. T. And Erdemir, F. 2021. Determination of theoretical stress concentration factor for circular/elliptical holes with reinforcement using analytical, finite element method and artificial neural network techniques. *NEURAL COMPUTING & APPLICATIONS* , *vol.33, no.19* , 12641-12659.

Özkan, M. T., & Erdemir, F., (2021). Determination of theoretical stress concentration factor for circular/elliptical holes with reinforcement using analytical, finite element method and artificial neural network techniques. *NEURAL COMPUTING & APPLICATIONS* , vol.33, no.19, 12641-12659.

Özkan, MURAT, And Fulya Erdemir. "Determination of theoretical stress concentration factor for circular/elliptical holes with reinforcement using analytical, finite element method and artificial neural network techniques," *NEURAL COMPUTING & APPLICATIONS* , vol.33, no.19, 12641-12659, 2021

Özkan, MURAT T. And Erdemir, Fulya. "Determination of theoretical stress concentration factor for circular/elliptical holes with reinforcement using analytical, finite element method and artificial neural network techniques." *NEURAL COMPUTING & APPLICATIONS* , vol.33, no.19, pp.12641-12659, 2021

Özkan, M. T. And Erdemir, F. (2021) . "Determination of theoretical stress concentration factor for circular/elliptical holes with reinforcement using analytical, finite element method and artificial neural network techniques." *NEURAL COMPUTING & APPLICATIONS* , vol.33, no.19, pp.12641-12659.

@article{article, author={MURAT TOLGA ÖZKAN And author={Fulya Erdemir}, title={Determination of theoretical stress concentration factor for circular/elliptical holes with reinforcement using analytical, finite element method and artificial neural network techniques}, journal={NEURAL COMPUTING & APPLICATIONS}, year=2021, pages={12641-12659} }