Mahmood, M. A. Et Al. 2021. Laser melting deposition additive manufacturing of ti6al4v biomedical alloy: Mesoscopic in-situ flow field mapping via computational fluid dynamics and analytical modelling with empirical testing. Materials , vol.14, no.24 .

Mahmood, M. A., Rehman, A. U., Pitir, F., SALAMCI, M. U., & Mihailescu, I. N., (2021). Laser melting deposition additive manufacturing of ti6al4v biomedical alloy: Mesoscopic in-situ flow field mapping via computational fluid dynamics and analytical modelling with empirical testing. Materials , vol.14, no.24.

Mahmood, Muhammad Et Al. "Laser melting deposition additive manufacturing of ti6al4v biomedical alloy: Mesoscopic in-situ flow field mapping via computational fluid dynamics and analytical modelling with empirical testing," Materials , vol.14, no.24, 2021

Mahmood, Muhammad A. Et Al. "Laser melting deposition additive manufacturing of ti6al4v biomedical alloy: Mesoscopic in-situ flow field mapping via computational fluid dynamics and analytical modelling with empirical testing." Materials , vol.14, no.24, 2021

Mahmood, M. A. Et Al. (2021) . "Laser melting deposition additive manufacturing of ti6al4v biomedical alloy: Mesoscopic in-situ flow field mapping via computational fluid dynamics and analytical modelling with empirical testing." Materials , vol.14, no.24.

@article{article, author={Muhammad Arif Mahmood Et Al. }, title={Laser melting deposition additive manufacturing of ti6al4v biomedical alloy: Mesoscopic in-situ flow field mapping via computational fluid dynamics and analytical modelling with empirical testing}, journal={Materials}, year=2021}