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The fracture toughness values found in this study are all higher than values previously obtained from dog bone samples (Supplementary Table 4)11. It is most likely that the differences in the results are due to differences in the sample size and loading speed18. Another possible explanation could be differences in the actual trabecular structure at the crack regions, but other studies as well as data obtained from this study (Fig. 3, Supplementary Table 1, and Supplementary Fig. 4) suggest that this is not likely to be the main cause. According to our findings (Supplementary Fig. 4), the crack strain magnitude tends to be higher when considering a greater local TMD. This is in accordance with previous studies22. However, it is still unclear what role local TMD plays in crack resistance and how specific trabecular features contribute to crack resistance, e.g. inter-trabecular porosity could contribute to the overall isotropic crack resistance23, while trabecular bridging by minerals influences the propagation of the crack in the trabecular network24. In accordance with the fact that no significant difference in the microstructure parameters was observed between the seven dog bone samples with low fracture toughness and the six samples with high fracture toughness (Supplementary Table 2), this paper presents new findings regarding the microstructural features as a function of fracture toughness instead of the fracture mode.
The results of the conditioned mechanics as a function of local strains at global yield for the samples before yield point (Fig. 4) emphasize the significance of the local strain state at global yield. Depending on the degree of parallel alignment of the load and crack direction, the local strains contribute to the resulting global yield point to a different degree. The degree of parallel alignment between the load and crack in the six samples subjected for DVC analysis was variable (DVC1-6), except for DVC3 and DVC6 where the crack direction was set perpendicular to the load direction. Whereas for DVC3 and DVC6 the crack location was chosen to be at the center of the crack and the crack was oriented always in the load direction, for DVC1, DVC2 and DVC4 the crack location and orientation were chosen to best correlate with the local strains at global yield in the entire crack region (Supplementary Fig. 5). This indicates that the damage distribution could be important to the overall crack resistance. d2c66b5586