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The scripts also offer the uniqueness to run multiple simulations back-to-back, that are ideal for simulating an undrained triaxial cyclic compression followed by an undrained triaxial monotonic compression or simulating re-liquefaction scenarios.
This package allows beginners and advanced users to compare the behaviour as defined by the constitutive model and the parameters of a soil data set with the results of laboratory and field test data obtained from a site investigation. All Python-FLAC scripts run under the demo license of FLAC3D. Therefore, the range of soil constitutive models available are limited to the built-in models in FLAC3D.
The Python scripts are available to download below and require installation of FLAC3D to run properly. No additional keys or a local distribution of Python is needed.
Development Team
See the presentation at MassMin 2020 about a method for geotechnical risk-based design under high stress conditions considering tridimensional numerical modelling and probabilistic methods of analysis to determine the probability of pillars failure.
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