text
stringlengths
0
43
unit O
cell-based O
tissue O
scaffolds S-FEAT
comprised O
of O
poly O
( O
D O
, O
L-lactide-co- O
ε O
-caprolactone O
) O
( O
PLCL O
) O
fabricated S-CONPRI
via O
the O
additive B-MANP
manufacturing E-MANP
technique O
, O
two-photon B-ENAT
polymerisation E-ENAT
( O
2PP O
) O
were O
found O
to O
undergo O
geometrical O
transformations O
from O
the O
original O
input O
design S-FEAT
. O
A O
Schwarz O
P S-MATE
unit O
cell S-APPL
surface O
geometry S-CONPRI
CAD B-ENAT
model E-ENAT
was O
reconstructed O
to O
take O
into O
account O
the O
geometrical O
transformations O
through O
CAD S-ENAT
modeling O
techniques O
using O
measurements O
obtained O
from O
an O
image-based O
averaging O
technique O
before O
its O
implementation O
for O
micromechanical O
analysis O
. O
Effective O
modulus O
results O
obtained O
from O
computational O
mechanical S-APPL
characterization O
via O
micromechanical O
analysis O
of O
the O
reconstructed O
unit B-CONPRI
cell E-CONPRI
assigned O
with O