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CLFFF O
manufacturing S-MANP
and O
increases O
the O
feasibility S-CONPRI
of O
its O
application O
for O
advanced O
manufacturing S-MANP
. O
The O
study O
has O
also O
demonstrated O
a O
viable O
approach O
to O
multi-material S-CONPRI
FFF S-MANP
by O
decoupling O
support B-FEAT
structure E-FEAT
and O
part O
manufacture S-CONPRI
into O
regions O
of O
CLFFF O
and O
static O
z O
tool S-MACEQ
pathing O
in O
an O
appropriate O
fashion S-CONPRI
. O
Reducing O
the O
relative O
quality S-CONPRI
of O
lattice S-CONPRI
materials O
is O
a O
key O
factor O
in O
expanding O
their O
scope O
of O
application O
. O
Experimental S-CONPRI
samples O
of O
Ti6Al4V S-MATE
, O
including O
both O
VPOS O
and O
a O
body-centered O
cubic O
( O
BCC S-CONPRI
) O
octahedral O
model S-CONPRI
, O
are O
prepared O
by O
selective B-MANP
laser I-MANP
melting E-MANP
( O
SLM S-MANP
) O
. O
The O