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resistance E-PRO
, O
and O
admirable O
characteristics O
involving O
high O
tensile B-PRO
strength E-PRO
and O
toughness S-PRO
with O
comparatively O
low O
electrical S-APPL
and O
thermal B-PRO
conductivity E-PRO
. O
The O
manufacturing S-MANP
of O
Titanium S-MATE
through O
AM B-MANP
technology E-MANP
is O
marginally O
expensive O
and O
durable O
as S-MATE
it O
enables O
to O
create O
freedom O
in O
design S-FEAT
community O
to O
fabricate S-MANP
user O
defined O
and O
complex B-CONPRI
structures E-CONPRI
which O
is O
hard O
to O
produce O
through O
other O
conventional B-MANP
manufacturing E-MANP
methods O
. O
The O
Ti-6Al-4V B-MATE
alloy E-MATE
is O
popularly O
known O
as S-MATE
the O
“ O
work O
horse O
” O
of O
titanium S-MATE
is O
comprehensively O
used O
in O
aerospace S-APPL
and O
biomedical B-APPL
industries E-APPL
. O
At O
present O
, O
several O
studies O
have O
focused O
on O
hybrid B-CONPRI
manufacturing E-CONPRI
and O
enhancing O
the O