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manufacturing S-MANP
the O
material S-MATE
from O
the O
melt S-CONPRI
has O
previously O
limited O
the O
processing O
of O
Al B-MATE
7075 E-MATE
via O
welding S-MANP
, O
casting S-MANP
, O
and O
additive B-MANP
manufacturing E-MANP
. O
Recent O
research S-CONPRI
has O
shown O
the O
capabilities O
of O
nanoparticle B-MATE
additives E-MATE
to O
control O
the O
solidification S-CONPRI
behavior O
of O
high-strength O
aluminum B-MATE
alloys E-MATE
, O
showcasing O
the O
first O
Al B-MATE
7075 E-MATE
components O
processed S-CONPRI
via O
casting S-MANP
, O
welding S-MANP
, O
and O
AM S-MANP
. O
In O
this O
work O
, O
the O
properties S-CONPRI
of O
nanoparticle-enhanced B-MATE
aluminum I-MATE
7075 E-MATE
are O
investigated O
on O
welded B-MACEQ
parts E-MACEQ
, O
overlays S-FEAT
and O
through O
wire-based B-MANP
additive I-MANP
manufacturing E-MANP
. O
The O
hardness S-PRO
and O
tensile B-PRO
strength E-PRO
of O
the O
deposited O
materials S-CONPRI
were O
measured O
in O
the O
as-welded O