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is O
highly O
accurate S-CHAR
, O
with O
its O
use O
leading O
to O
predictions S-CONPRI
falling O
mainly O
within O
an O
error S-CONPRI
interval O
of O
about O
±20 O
% O
. O
This O
level O
of O
accuracy S-CHAR
is O
certainly O
satisfactory O
especially O
because O
this O
static O
assessment O
methodology S-CONPRI
can O
be S-MATE
used O
in O
situations O
of O
engineering S-APPL
relevance O
by O
making O
use O
of O
the O
results O
obtained O
by O
solving O
standard S-CONPRI
linear-elastic O
Finite B-CONPRI
Element I-CONPRI
models E-CONPRI
. O
Material S-MATE
calibration S-CONPRI
was O
carried O
out O
for O
DMLS-MS1 O
and O
hybrid O
DMLS-MS1-H13 O
. O
Finite B-CONPRI
element E-CONPRI
modeling O
for O
Rockwell B-CHAR
hardness I-CHAR
test E-CHAR
was O
implemented O
. O
A O
combined O
FEM-analytical O
approach O
was O
developed O
to O
calculate O
fatigue B-PRO
life E-PRO
of O
DMLS-MS1 O
. O