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To O
quantify O
the O
contributions O
from O
each O
erosion O
mechanism S-CONPRI
, O
additively B-MANP
manufactured E-MANP
AlSi10Mg O
internal O
channels O
were O
surface S-CONPRI
finished O
in O
isolated O
conditions O
of O
a O
) O
liquid O
impingement O
, O
b S-MATE
) O
absolute O
cavitation S-CONPRI
erosion O
, O
c S-MATE
) O
absolute O
abrasion O
, O
and O
d O
) O
cavitation-assisted O
microparticle O
abrasion O
. O
The O
erosion O
rate O
and O
total O
thickness O
loss O
were O
established O
as S-MATE
the O
measurands O
to O
quantify O
the O
intensity O
of O
the O
surface B-FEAT
finish E-FEAT
. O
A O
synergy O
map O
is O
proposed O
to O
quantify O
the O
contribution O
from O
the O
synergistic O
effects O
from O
hydrodynamic O
cavitation S-CONPRI
abrasive S-MATE
finishing O
. O
The O
synergistic O
material-removal O
mechanism S-CONPRI
is O
explained O
using O
surface B-CHAR
morphology E-CHAR