v7.31.135 WTNV135 - Drained triaxial test: models LETK, LKR and NLH_CSRM#
Summary
This test makes it possible to validate models LETK, LKR, and NLH_CSRM in the context of hydromechanical modeling. It is a triaxial test under drained conditions.
For reasons of symmetry, only one eighth of a sample subjected to a triaxial test is interested in.
The lockdown level is \(5\mathit{MPa}\).
Modeling A: Integration of the model through an explicit diagram, with classical modeling: model LETK.
Modeling B: Integration of the model by implicit diagram whose Jacobian matrix is obtained by disturbance, with classical modeling: model LETK.
C modeling: Integration of the model by implicit schema whose Jacobian matrix is obtained analytically, with classical modeling: model LETK.
D modeling: Integration of the model through an explicit diagram, with sub-integrated modeling: model LETK.
Modeling F: Integration of the model by implicit diagram whose Jacobian matrix is obtained by disturbance, increasing temperature 0°C-100°C (AFFE_CHAR_MECA): model LKR.
G modeling: Integration of the model by implicit diagram whose Jacobian matrix is obtained analytically, increasing temperature 0°C-100°C (AFFE_CHAR_MECA): model LKR.
H modeling: Validation of model NLH_CSRM, ambient temperature, international unit system.