GÜRSOY, E. Et Al. 2025. Python-based machine learning estimation of thermo-hydraulic performance along varying nanoparticle shape, nanofluid and tube configuration. ADVANCES IN ENGINEERING SOFTWARE , vol.199 .

GÜRSOY, E., Tan, M., Gurdal, M., & Cetinceviz, Y., (2025). Python-based machine learning estimation of thermo-hydraulic performance along varying nanoparticle shape, nanofluid and tube configuration. ADVANCES IN ENGINEERING SOFTWARE , vol.199.

GÜRSOY, EMREHAN Et Al. "Python-based machine learning estimation of thermo-hydraulic performance along varying nanoparticle shape, nanofluid and tube configuration," ADVANCES IN ENGINEERING SOFTWARE , vol.199, 2025

GÜRSOY, EMREHAN Et Al. "Python-based machine learning estimation of thermo-hydraulic performance along varying nanoparticle shape, nanofluid and tube configuration." ADVANCES IN ENGINEERING SOFTWARE , vol.199, 2025

GÜRSOY, E. Et Al. (2025) . "Python-based machine learning estimation of thermo-hydraulic performance along varying nanoparticle shape, nanofluid and tube configuration." ADVANCES IN ENGINEERING SOFTWARE , vol.199.

@article{article, author={EMREHAN GÜRSOY Et Al. }, title={Python-based machine learning estimation of thermo-hydraulic performance along varying nanoparticle shape, nanofluid and tube configuration}, journal={ADVANCES IN ENGINEERING SOFTWARE}, year=2025}