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can O
enhance O
some O
material B-CONPRI
properties E-CONPRI
, O
they O
are O
often O
undesirable O
. O
Many O
AM B-MACEQ
parts E-MACEQ
are O
thus O
heat-treated S-MANP
after O
fabrication S-MANP
, O
a O
process S-CONPRI
that O
significantly O
slows O
production S-MANP
. O
This O
study O
investigated O
if O
electropulsing S-CONPRI
, O
the O
process S-CONPRI
of O
sending O
high-current-density S-CONPRI
electrical B-CONPRI
pulses E-CONPRI
through O
a O
metallic B-MACEQ
part E-MACEQ
, O
could O
be S-MATE
used O
to O
modify O
the O
microstructures S-MATE
of O
AM S-MANP
316 O
L O
stainless B-MATE
steel E-MATE
( O
SS S-MATE
) O
and O
AlSi10Mg S-MATE
parts O
fabricated S-CONPRI
by O
selective B-MANP
laser I-MANP
melting E-MANP
( O
SLM S-MANP
) O
more O
rapidly O
than O
thermal B-MANP
annealing E-MANP
. O
Electropulsing S-CONPRI
has O
shown O
promise O
as S-MATE
a O
rapid O
postprocessing S-CONPRI
method O
for O
materials B-CONPRI
fabricated E-CONPRI
using O
conventional O
methods O
, O