Figure 5: Assessment of the mechanical properties of V2O5 nanofibre scaffolds with different porosities and other lamellar ceramic scaffold.
From: Cuttlebone-like V2O5 Nanofibre Scaffolds – Advances in Structuring Cellular Solids
(a) Stress-compression curves obtained for the scaffold samples of Fig. 4 (the nanofibre concentration increases from sample V2O5-1 to V2O5-3). (b) Corresponding strength and Young’s modulus plotted as a function of the scaffold porosity. (c) Young’s modulus-porosity relationship in comparison to cuttlebone and other synthetic, lamellar ceramic scaffolds16,22,23,24. The data are grouped according to lower/medium porosity (green area) and high porosity (orange area). (d) Bar diagram comparing the corresponding the wall modulus of the high porosity lamellar, ceramic-based scaffolds. The error bars in b and d describe the standard deviation of the displayed values.
