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AM B-MANP
technologies E-MANP
, O
such O
as S-MATE
fused O
deposition B-CONPRI
modeling E-CONPRI
( O
FDM S-MANP
) O
, O
exhibit O
behavioral O
anisotropicity O
. O
This O
induced O
anisotropy S-PRO
can O
have O
a O
negative O
impact S-CONPRI
on O
functionality O
of O
the O
part O
, O
and O
must O
be S-MATE
considered O
. O
In O
the O
present O
work O
, O
a O
strength-based O
topology B-FEAT
optimization E-FEAT
method O
for O
structures O
with O
anisotropic S-PRO
materials O
is O
presented O
. O
More O
specifically O
, O
we O
propose O
a O
new O
topological B-CONPRI
sensitivity E-CONPRI
formulation O
based O
on O
strength S-PRO
ratio O
of O
non-homogeneous O
failure S-CONPRI
criteria O
, O
such O
as S-MATE
Tsai-Wu O
. O
The O
rapid O
transition S-CONPRI
of O
the O
Fused B-MANP
Filament I-MANP
Fabrication E-MANP
( O
FFF S-MANP
) O
Additive B-MANP
Manufacturing E-MANP
( O
AM S-MANP
) O