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manufacturing E-MANP
methods O
. O
These O
three O
modules O
interact O
to O
affect O
the O
efficiency O
and O
precision S-CHAR
of O
AM S-MANP
significantly O
. O
In O
order O
to O
find O
an O
optimal O
inclination S-FEAT
, O
we O
first O
analyze O
the O
impacts O
on O
the O
fabrication S-MANP
efficiency O
and O
manufacturing S-MANP
accuracy S-CHAR
with O
different O
inclinations S-FEAT
. O
A O
comparatively O
accurate S-CHAR
building O
time O
model S-CONPRI
is O
developed O
subsequently O
to O
obtain O
the O
optimal O
tool-path S-PARA
inclination S-FEAT
, O
but O
without O
compromising O
the O
machining S-MANP
precision O
, O
based O
on O
the O
analysis O
of O
a O
geometrical O
accuracy S-CHAR
model O
. O
The O
proposed O
approach O
employs O
different O
inclinations S-FEAT
in O
distinct O
layers O
according O
to O
specific O
manufacturing S-MANP
scenarios O
and O
technological O
requirements O
. O