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non-stochastic O
, O
metallic S-MATE
cellular B-FEAT
structures E-FEAT
. O
There O
is O
a O
high O
level O
of O
interest O
in O
these O
structures O
recently O
, O
particularly O
due O
to O
their O
high O
strength B-PRO
to I-PRO
weight I-PRO
ratios E-PRO
and O
osteoconductive S-PRO
properties O
. O
While O
the O
ability O
to O
in-situ S-CONPRI
monitor O
the O
SLM S-MANP
process S-CONPRI
is O
of O
key O
importance O
for O
future O
quality B-CONPRI
control E-CONPRI
methods.In O
this O
work O
lattice B-FEAT
structures E-FEAT
were O
fabricated S-CONPRI
, O
using O
the O
single O
exposure S-CONPRI
scanning O
strategy O
, O
on O
a O
Renishaw O
500M O
SLM S-MANP
machine S-MACEQ
. O
The O
build S-PARA
process O
was O
also O
monitored O
using O
a O
co-axial O
in-situ S-CONPRI
process O
monitoring O
system.It O
was O
found O
that O
by O
increasing O
the O
energy O
input O
, O
through O
increasing O