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From

Predictability of the Impact Strength of CaCO3-Epoxy Resin Composite Based on CaCO3 Input Concentration and Sustained Stress at Impact

C. I. Nwoye, M. C. Obelle, S. O. Nwakpa, C. W. Onyia, I. Obuekwe, N. E. Idenyi

International Journal of Materials Lifetime. 2015, 2(1), 6-12
  • Figure 1. Variation of CaCO3-epoxy resin composite impact strength with CIC as obtained from experiment [16]
  • Figure 2. Variation of CaCO3-epoxy resin composite impact strength with CIC as predicted by derived model
  • Figure 3. Variation of CaCO3-epoxy resin composite impact strength with SSAI as obtained from experiment [16]
  • Figure 4. Variation of CaCO3-epoxy composite impact strength with SSAI as predicted by derived model
  • Figure 5. Comparison of CaCO3-epoxy resin composite impact strengths (relative to CIC) as obtained from experiment [16] and derived model
  • Figure 6. Comparison of CaCO3-epoxy resin composite impact strengths (relative to SSAI) as obtained from experiment and derived model
  • Figure 7. 3-D Comparison of CaCO3-epoxy resin composite impact strengths (relative to CIC) as obtained from ExD, MoD and ReG
  • Figure 8. 3-D Comparison of CaCO3-epoxy resin composite impact strengths (relative to SSAI) as obtained from ExD, MoD and ReG
  • Figure 9. Variation of model-predicted impact strength of CaCO3-epoxy resin composite (relative to CIC) with associated deviation from experiment
  • Figure 10. Variation of model-predicted impact strength of CaCO3-epoxy resin composite (relative to applied load) with associated deviation from experiment.