Simple Matlab driver running elasto-plastic and hypoplastic models. Rather an education tool than a serious calibration software, but some may find it useful to familiarize with the structure of constitutive model equations and to run simple element test simulations.
The SoilTest option is a quick and convenient procedure to simulate basic soil lab tests. It also offers the possibility to optimise model parameters. It works for any model, both standard soil models as well as user-defined models.
A dedicated special purpose incremental driver which is able to calculate the results of homogeneous experiments. Both displacement controlled and force controlled experiments can be performed.
ExCalibre is online tool for automatic calibration of soil constitutive models, adopting a unique model-specific calibration algorithm respecting physical meaning of material parameters. Experimental data are read from a simple Excel spreadhseet template.
Incremental Driver is a single element code developed by Andrzej Niemunis (2007, 2014) for running element tests using constitutive models implemented in umat format.
Triax is an inhouse element test constitutive model driver developed since 2001 at Charles University and elsewhere by David Mašín and coworkers. It covers wide range of constitutive models and testing conditions.
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Recent posts
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Hypoplastic Interface Model: Does anybody implemented this model in FLAC3D 31.7.2020
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Question on implementation of sand hypoplastic model with Abaqus umat 28.7.2020
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General questions on implementation of sand hypoplasticity model with Abaqus umat 23.7.2020
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SANISAND 2008 model 23.7.2020
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Question on the Matlab driver – model hypo Sand 20.7.2020
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Animating Soil Models – eLearning Project 17.7.2020
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PM4Silt software 12.7.2020
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Factor of safety in Plaxis 3D using hypoplastic model for sand 9.7.2020
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Post-doc position in energy geotechnics at Aarhus University 8.7.2020
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ERROR Message when using UMAT_hcea with ABAQUS 3.7.2020
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Slope stability calculation with hypoplasticity using phi-c reduction available now in download section 30.6.2020
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SANICLAY-B (2018) how to calculate Dep 22.6.2020
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