Tribocorrosion characteristics of Ti6Al4V-TiB-TiN in-situ composite coatings prepared using plasma spraying

Ti6Al4V alloy composite coatings in-situ reinforced with TiB-TiN were deposited on Ti substrate using plasma spraying. Influence of plasma power (50 and 60 kW) and deposition speed (40 and 50 mm/s) on coating microstructure and bio-tribocorrosion performance was analyzed. Process parameters found to...

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Published in:Journal of composite materials 2021-06, Vol.55 (14), p.1935-1946
Main Authors: Anand, Akrity, Das, Mitun, Kundu, Biswanath, Balla, Vamsi Krishna, Bodhak, Subhadip, Gangadharan, S
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cited_by cdi_FETCH-LOGICAL-c318t-93c91dec6b361d7f9b12d600399c5ac6e5ca3513f476a51abf237d12fce35ad63
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container_end_page 1946
container_issue 14
container_start_page 1935
container_title Journal of composite materials
container_volume 55
creator Anand, Akrity
Das, Mitun
Kundu, Biswanath
Balla, Vamsi Krishna
Bodhak, Subhadip
Gangadharan, S
description Ti6Al4V alloy composite coatings in-situ reinforced with TiB-TiN were deposited on Ti substrate using plasma spraying. Influence of plasma power (50 and 60 kW) and deposition speed (40 and 50 mm/s) on coating microstructure and bio-tribocorrosion performance was analyzed. Process parameters found to have strong influence on the tribocorrosion behavior and the material loss/damage of these coatings was found to be significantly less than that of Ti substrate. However, corrosion played a dominant role in affecting the wear and overall damage of all materials. Present in-situ composite coatings reinforced TiB-TiN exhibited superior tribocorrosion resistance than Ti substrate as a result of their high hardness and non-passivating nature.
doi_str_mv 10.1177/0021998320981129
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title Tribocorrosion characteristics of Ti6Al4V-TiB-TiN in-situ composite coatings prepared using plasma spraying
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