akantu-geomechanical-solver 0.3.0

Geomechanical simulator based on the open-source FEM library Akantu.

Akantu Geomechanical Solver

Python package containing a geomechanical simulator based on the open-source FEM library Akantu

See the package documentation on GitLab Pages

Installation

Serial

pip install (Linux-based systems only)

pip install akantu-geomechanical-solver[serial] --index-url https://gitlab.com/api/v4/projects/15663046/packages/pypi/simple

Parallel

To use the parallel version of Akantu for the geomechanical simulator, a Docker image can be pulled and used out of the box, or build Akantu from source.

Docker image (Linux-based systems and MacOS)

To use the Docker image including a parallel version of the geomechanical solver, follow these steps:

1. Make sure you have Docker installed on your system.
2. Pull the Docker image from the registry using the following command:

docker pull registry.gitlab.com/emil.gallyamov/akantu-geomechanical-solver/parallel-gms-images:main

3. Once the image is pulled, you can run a container using the image with the following command:

docker run -it registry.gitlab.com/emil.gallyamov/akantu-geomechanical-solver/parallel-gms-images:main /bin/bash

This will start a container and give you an interactive bash shell inside it.

4. You can now use the Docker image for your desired purposes.

Installation with Akantu built from source (Linux-based systems and MacOS)

Dependencies

In order to compile Akantu, some libraries are required:

• CMake
• Boost
• LAPACK
• BLAS
• MPI
• Scotch
• MUMPS
• Gmsh

Please note that the compilation from source will only work with a gcc version < 13

On .deb based systems

> sudo apt install cmake libboost-devl iblapack-dev libblas-dev zlib1g-dev  gmsh
> sudo apt install libopenmpi-dev openmpi-bin libscotch-dev libmumps-dev

Building from source

Clone the repository, for instance using

git clone [e-mail]:emil.gallyamov/akantu-geomechanical-solver.git

Use the installation.sh script to build the parallel version of hydromechanical coupling branch of Akantu used by the geomechanical solver on your machine. This will create an akantu subfolder in the akantu-geomechanical-solver folder. Once this is done, add three Akantu path to PYTHONPATH variable

export PYTHONPATH="${PYTHONPATH}:${PWD}/akantu/build/python:${PWD}/akantu/test:${PWD}/akantu/test/test_fe_engine"

You can then install the parallel version version of the geomechanical solver via pip.

pip install .[parallel]