Abstract
Abstract The titanium-based alloys currently used as one of the most important structural replacement of our human body, since it has the property of non-toxic nature and also due to its very high corrosive resistance characteristics. A very wide investigation is carried out on Ti-6Al-4 V alloys for the Biomedical based applications. It is used in biomedical based applications not only because of non-toxicity and corrosive characteristics but also it has a very high specific strength and very low density. To manufacture the structure with very low manufacturing cost as well as for making the structures very simple, we have to employ the welding-based manufacturing structures. This present work deals with the Electro-chemical corrosion behaviour of Ti-6Al-4 V to Ti-6Al-4 V weldment in simulated body fluids. Ti-6Al-4 V is the most commonly used alloy for biomedical implants.
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