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uniaxial O
tensile B-CHAR
tests E-CHAR
and O
micro-hardness O
indentations O
were O
performed O
to O
identify O
the O
mechanical B-CONPRI
properties E-CONPRI
of O
the O
additively B-MANP
manufactured E-MANP
bimetal O
. O
Advanced O
electron B-CHAR
microscopy E-CHAR
techniques O
including O
electron B-CHAR
backscatter I-CHAR
diffraction E-CHAR
and O
transmission B-CHAR
electron I-CHAR
microscopy E-CHAR
were O
used O
to O
identify O
the O
mechanism S-CONPRI
of O
interface S-CONPRI
formation O
. O
In O
addition O
, O
the O
microstructure S-CONPRI
of O
the O
additively B-MANP
manufactured E-MANP
maraging O
steel S-MATE
along O
with O
the O
conventionally O
fabricated S-CONPRI
substrate-H13 O
were O
studied O
. O
It O
was O
concluded O
that O
, O
a O
very O
narrow O
interface S-CONPRI
was O
formed O
between O
the O
additively B-MANP
manufactured E-MANP
maraging O
steel S-MATE
and O
the O
conventional O
H13 S-MATE
without O
forming S-MANP
cracks O
or O
discontinuities O
. O
The O
first O
deposited B-CHAR
layers E-CHAR