Datasets:
akumar33
/
manufacturing

Dataset card Data Studio Files
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cavitation-aided O
microparticle O
abrasion O
. O
Synergistic O
effects O
enhanced O
the O
material S-MATE
removal O
and O
surface B-FEAT
finish E-FEAT
up O
to O
80 O
% O
. O
Surface B-MANP
finishing E-MANP
additive-manufactured O
( O
AM S-MANP
) O
internal O
channels O
is O
challenging O
. O
In O
this O
study O
, O
a O
novel O
hydrodynamic O
cavitation S-CONPRI
abrasive S-MATE
finishing O
( O
HCAF O
) O
technique O
is O
proposed O
and O
its O
feasibility S-CONPRI
for O
surface B-MANP
finishing E-MANP
is O
analyzed O
. O
Surface B-MANP
finishing E-MANP
is O
performed O
using O
controlled O
hydrodynamic O
cavitation S-CONPRI
erosion O
and O
microparticle O
abrasion O
phenomena O
. O
Various O
surface-finishing O
conditions O
were O
employed O
to O
investigate O
material S-MATE
removal O
and O
surface B-FEAT
finish E-FEAT
enhancement O
via O
synergistic O
effects O
in O
the O
HCAF O
process S-CONPRI
. O