作者: A Adegbenjoa , E Nsiah-Baafia , M Shongwea , P Olubambia , J Potgieterc
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摘要: The high cost of producing titanium alloys via the conventional ingot metallurgy as compared to steel and aluminum limits their industrial applications [1]. Although, researchers have opined that utilizing a combination of low cost feedstock powder and cost-effective processing will, in the long run, lower the cost of production significantly [2]. Nevertheless, the powder metallurgy (P/M) route has been identified by many authors as a viable and promising cost-effective fabrication route for titanium alloys [3-7].