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Structural design and performance study of primitive triply periodic minimal surfaces Ti6Al4V biomimetic scaffold - Scientific Reports

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Structural design and performance study of primitive triply periodic minimal surfaces Ti6Al4V biomimetic scaffold - Scientific Reports

This paper comprehensively evaluated the static mechanical compressive properties, permeability, and cell adhesion effect on the inner wall of the Primitive triply periodic minimal surface Ti6Al4V bionic scaffolds with different axial diameter ratios through numerical simulation and experiments. The results show that when the axial diameter ratio is 1:2, the elastic modulus of the scaffold is about 1.25 and the yield strength is about 1.36.

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Structural design and performance study of primitive triply periodic minimal surfaces Ti6Al4V biomimetic scaffold - Scientific Reports

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Structural design and performance study of primitive triply periodic minimal surfaces Ti6Al4V biomimetic scaffold - Scientific Reports

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