T. Varol Et Al. , "Prediction of effect of fabrication parameters on the properties of B4C ceramic particle reinforced AA2024 matrix nanocomposites using neural networks," MATERIALS TODAY COMMUNICATIONS , vol.39, 2024
Varol, T. Et Al. 2024. Prediction of effect of fabrication parameters on the properties of B4C ceramic particle reinforced AA2024 matrix nanocomposites using neural networks. MATERIALS TODAY COMMUNICATIONS , vol.39 .
Varol, T., Çanakçı, A., Özşahin, Ş., Beder, M., & Akçay, S. B., (2024). Prediction of effect of fabrication parameters on the properties of B4C ceramic particle reinforced AA2024 matrix nanocomposites using neural networks. MATERIALS TODAY COMMUNICATIONS , vol.39.
Varol, TEMEL Et Al. "Prediction of effect of fabrication parameters on the properties of B4C ceramic particle reinforced AA2024 matrix nanocomposites using neural networks," MATERIALS TODAY COMMUNICATIONS , vol.39, 2024
Varol, TEMEL Et Al. "Prediction of effect of fabrication parameters on the properties of B4C ceramic particle reinforced AA2024 matrix nanocomposites using neural networks." MATERIALS TODAY COMMUNICATIONS , vol.39, 2024
Varol, T. Et Al. (2024) . "Prediction of effect of fabrication parameters on the properties of B4C ceramic particle reinforced AA2024 matrix nanocomposites using neural networks." MATERIALS TODAY COMMUNICATIONS , vol.39.
@article{article, author={TEMEL VAROL Et Al. }, title={Prediction of effect of fabrication parameters on the properties of B4C ceramic particle reinforced AA2024 matrix nanocomposites using neural networks}, journal={MATERIALS TODAY COMMUNICATIONS}, year=2024}