Uz, M. M. Et Al. 2022. A comparative study on phenomenological and artificial neural network models for high temperature flow behavior prediction in Ti6Al4V alloy. MATERIALS TODAY COMMUNICATIONS , vol.33 .

Uz, M. M., HAZAR, A. B., Cokgunlu, O., Aydogan, C. S., & Yapici, G. G., (2022). A comparative study on phenomenological and artificial neural network models for high temperature flow behavior prediction in Ti6Al4V alloy. MATERIALS TODAY COMMUNICATIONS , vol.33.

Uz, Murat Et Al. "A comparative study on phenomenological and artificial neural network models for high temperature flow behavior prediction in Ti6Al4V alloy," MATERIALS TODAY COMMUNICATIONS , vol.33, 2022

Uz, Murat M. Et Al. "A comparative study on phenomenological and artificial neural network models for high temperature flow behavior prediction in Ti6Al4V alloy." MATERIALS TODAY COMMUNICATIONS , vol.33, 2022

Uz, M. M. Et Al. (2022) . "A comparative study on phenomenological and artificial neural network models for high temperature flow behavior prediction in Ti6Al4V alloy." MATERIALS TODAY COMMUNICATIONS , vol.33.

@article{article, author={Murat Mert Uz Et Al. }, title={A comparative study on phenomenological and artificial neural network models for high temperature flow behavior prediction in Ti6Al4V alloy}, journal={MATERIALS TODAY COMMUNICATIONS}, year=2022}