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indentation B-CHAR
hardness I-CHAR
test E-CHAR
of O
hybrid O
DMLS-MS1-H13 O
steels S-MATE
; O
and O
second O
to O
calculate O
fatigue S-PRO
crack O
nucleation S-CONPRI
life O
of O
maraging B-MATE
steel E-MATE
including O
defects S-CONPRI
( O
i.e O
. O
welding S-MANP
residual B-PRO
stresses E-PRO
) O
. O
Parameters S-CONPRI
such O
as S-MATE
local O
and O
global O
displacements O
, O
changes O
in O
Young O
’ O
s S-MATE
modulus O
, O
and O
hardness S-PRO
, O
high O
cycle O
fatigue B-PRO
life E-PRO
, O
welding S-MANP
temperature S-PARA
distribution S-CONPRI
, O
and O
residual B-PRO
stress E-PRO
were O
investigated O
. O
The O
hardness S-PRO
experiments O
were O
carried O
out O
to O
improve O
the O
reported O
data S-CONPRI
found O
in O
similar O
studies O
, O
which O
were O
used O
as S-MATE
the O
main O
resource O
to O
validate O
the O
proposed O
numerical O
framework S-CONPRI
. O