Table 4 Two phases, curved interface: Material properties
\({\varvec{\phi }}\) | \({\varvec{K}}^{\mathbf{0}}\) | \({\varvec{G}}^{\mathbf{0}}\) | \({\varvec{K}}^{{1..4}}\) | \({\varvec{G}}^{{1..4}}\) |
|---|---|---|---|---|
\(\alpha \) | \(3\,\hbox {GPa}\) | \(1\,\hbox {GPa}\) | \(\left\{ 0.75, 0.75^2, -, {-}\right\} \times K^{\alpha ,0}\) | \(\left\{ 0.75, 0.75^2, -, {-}\right\} \times G^{\alpha ,0}\) |
\(\beta \) | \(3\,\hbox {GPa}\) | \(1\,\hbox {GPa}\) | \(\left\{ 1.50, 1.50^2, 1.50^3, 1.50^4 \right\} \times K^{\beta , 0}\) | \(\left\{ 1.50, 1.50^2, 1.50^3, 1.50^4 \right\} \times G^{\beta , 0}\) |
\(\phi \) | \(\eta ^{1..4}\) | |||
|---|---|---|---|---|
\(\alpha \) | \(\left\{ 0.75, 0.75^2, -, {-}\right\} \times 1\,\hbox {GPa s}\) | |||
\(\beta \) | \(\left\{ 1.50^4, 1.50^3, 1.50^2, 1.50 \right\} \times 1\,\hbox {GPa s}\) | |||