@misc{BoukhalfaHezilOuanesetal., author = {Boukhalfa, Chaima and Hezil, Naouel and Ouanes, Miyada and Fellah, Mamoun and Baccouche, Mostefa and Obrosov, Aleksei and Dahmani, Marwa}, title = {The effect of surface properties on the wear resistance of Ti-6Al-4V biomedical alloy manufactured via mechanical alloying}, series = {First National Conference on Materials Sciences and Engineering MSE-22}, journal = {First National Conference on Materials Sciences and Engineering MSE-22}, editor = {Fellah, Mamoun and Hezil, Naouel}, publisher = {Abbes Laghour University}, address = {Khenchela, Algeria}, isbn = {978-9931-9603-2-4}, pages = {543 -- 543}, abstract = {The Ti-6Al-4V alloy is one of the common used titanium alloys in prosthetic applications, due to its significant proprieties, however, its wear performance is questionable, hence, the present study aims to evaluate the wear resistance of a Nanostructured Ti-6Al-4V alloy manufactured via high energy ball milling, with varying milling duration in order to investigate the correlation between surface proprieties and the wear performance of the alloy so as understanding its wear mechanisms.}, language = {en} } @misc{BoukhalfaHezilOuanesetal., author = {Boukhalfa, Chaima and Hezil, Naouel and Ouanes, Miyada and Fellah, Mamoun and Baccouche, Mostefa and Obrosov, Aleksei and Dahmani, Marwa}, title = {Structure-property correlation in a Nanostructured Ti-6Al-4V alloy designed for biomedical applications}, series = {First National Conference on Materials Sciences and Engineering MSE-22}, journal = {First National Conference on Materials Sciences and Engineering MSE-22}, editor = {Fellah, Mamoun and Hezil, Naouel}, publisher = {Abbes Laghour University}, address = {Khenchela, Algeria}, isbn = {978-9931-9603-2-4}, pages = {703 -- 703}, abstract = {The use of powder metallurgy techniques for manufacturing near net shape components for the biomedical field is on a continuous development. Evaluating the effect of different process parameters such as milling time on the properties of these newly developed alloys leads to enhancing their properties, Hence, in this paper, the influence of structural parameters on the mechanical proprieties of a nanostructured Ti-6Al-4V alloy was investigated, considering the milling duration variation.}, language = {en} }