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implied O
by O
LPBF S-MANP
and O
LSP O
can O
efficiently O
be S-MATE
characterized O
through O
diffraction S-CHAR
contrast O
neutron S-CONPRI
imaging S-APPL
. O
Despite O
the O
spatial O
resolution S-PARA
need O
with O
regards O
to O
the O
significant O
gradients O
of O
the O
stress B-PRO
distribution E-PRO
and O
the O
specific O
microstructure S-CONPRI
, O
which O
prevent O
the O
application O
of O
more O
conventional O
methods O
, O
Bragg O
edge O
imaging S-APPL
succeeds O
to O
provide O
essential O
two-dimensionally O
spatial O
resolved O
strain S-PRO
maps O
in O
full O
field O
single O
exposure S-CONPRI
measurements O
. O
Two-wire O
TOP-TIG O
additive B-MANP
manufacturing E-MANP
of O
titanium B-MATE
aluminide I-MATE
alloys E-MATE
was O
proposed O
. O
The O
Al S-MATE
wire O
was O
fed O
in O
TOP-TIG O
welding S-MANP
mode O
but O
the O
Ti6Al4V S-MATE
wire O
was O
fed O
in O
conventional O
TIG B-MANP
welding E-MANP
mode O