Skip to main content
. 2019 Dec 18;5(1):1–9. doi: 10.1021/acsomega.9b02917

Table 3. Properties of nHA Composites That Have Been Simulated to Evaluate Their Regenerative Implications in the Repair or Regeneration of Bone.

scaffold composition material input parameters purpose ref
PLGA/collagen/nHA nHA content, strand diameter, compressive modulus, strand diameter, spacing, and porosity topology optimization of three-dimensional scaffold (46)
HA crystals microporosity, mesoporosity, macroporosity, crack density, granule radius, bone formation rate, and scaffold resorption estimate load-acting and load-bearing capacity of HA-based biomaterial for mandibular bone replacement (47)
3D HA scaffold compressive force optimizing mechanical performance HA scaffold of different geometric configuration; stress distribution of scaffolds (48)
3D printed nHA scaffold uniaxial and biaxial compressions; bending study stress distribution (compressive loading, biaxial loadings, bending) in different scaffolds; effects of substitution (cationic, anionic) in nHA scaffold (49)