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Melting E-MANP
. O
The O
potential O
of O
this O
method O
in O
microstructural S-CONPRI
predictions O
for O
additively B-MANP
manufactured I-MANP
products E-MANP
, O
as S-MATE
well O
as S-MATE
outstanding O
challenges O
and O
limitations O
, O
are O
discussed O
. O
The O
present O
theoretical/experimental O
investigation O
deals O
with O
the O
problem O
of O
performing O
the O
static O
assessment O
of O
notched O
components S-MACEQ
made O
of O
additively B-MANP
manufactured E-MANP
Acrylonitrile B-MATE
Butadiene I-MATE
Styrene E-MATE
( O
ABS S-MATE
) O
. O
The O
notch S-FEAT
strength O
of O
this O
3D-printed S-MANP
material O
was O
investigated O
by O
testing S-CHAR
a O
large O
number O
of O
specimens O
, O
with O
the O
experiments O
being O
run O
not O
only O
under O
tension O
, O
but O
also O
under O
three-point B-CHAR
bending E-CHAR
. O
The O
samples S-CONPRI
contained O
geometrical B-FEAT
features E-FEAT
of O