Page 59 - IJB-9-6

International Journal of Bioprinting Sub-regional design of the bionic bone scaffolds

Figure 11. Static compression tests for (a) irregularity series and (b) scale coefficient series.

Figure 12. Mechanical properties calculated from raw data for (a) S of specimens with variable C , (b) S of specimens with variable C , (c) S of specimens
2
1
with variable ε, (d) E of specimens with variable C , (e) E of specimens with variable C , and (f) E of specimens with variable ε.
2 1
and 90%. S increases as C decreases, and the magnitude of this design method is proven according to the growth
cell
of the change is much larger than the former case. It can be rate results. The strength of porous biomaterials is mainly
concluded, by comparison, that the compressive properties controlled by the porosity in sub-region A. Meanwhile,
of the as-built specimens are closely related with C and the results are consistent with findings in section 3.1 and
cell
C , where C is considered dominant. The effectiveness section 3.2.
face
cell
Volume 9 Issue 6 (2023) 51 https://doi.org/10.36922/ijb.0222