1. Reference problem#
1.1. Geometry#

1.2. Material properties#
Isotropic elasticity \(E\mathrm{=}145000\mathit{MPa}\) \(\nu \mathrm{=}0.3\)
Viscoplasticity model VISCOCHAB
\(\mathit{C2}\) |
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\({M}_{2}\) |
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\(\mathit{D2}\) |
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\({G}_{\mathit{X2}}\) |
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\({\mathit{G2}}_{0}\) |
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\({A}_{I}\) |
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1.3. Boundary conditions and loads#
\(\mathit{N6}\) |
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Face \(\mathit{XZ}\): \(\mathit{FX}\mathrm{=}–{\tau }_{d}\mathrm{/}4\) |
\(\mathit{N7}\) |
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Face \(\mathit{YZ}\): \(\mathit{FY}\mathrm{=}–{\tau }_{d}\mathrm{/}\mathrm{4,}\mathit{FX}\mathrm{=}–{\sigma }_{d}\mathrm{/}4\) |
\(\mathit{N2}\), \(\mathit{N3}\) |
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Face \(\mathrm{1XZ}\): \(\mathit{FX}\mathrm{=}{\tau }_{d}\mathrm{/}4\) |
\(\mathit{N2}\), \(\mathit{N3}\), \(\mathit{N6}\), \(\mathit{N7}\) |
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Face \(\mathrm{1YZ}\): \(\mathit{FY}\mathrm{=}{\tau }_{d}\mathrm{/}\mathrm{4,}\mathit{FZ}\mathrm{=}{\sigma }_{d}\mathrm{/}4\) |
1.4. Initial conditions#
Zero stresses and deformations at \(t\mathrm{=}0\).

\({\sigma }_{d}(t)\) and \({\tau }_{d}(t)\) linear, with the point \(P\) being reached in \(10s\) with \({\sigma }_{d}(10)\mathrm{=}150\mathit{MPa}\) and \({\tau }_{d}(10)\mathrm{=}60\mathit{MPa}\).