Here is a list of all related documentation pages:

[detail level 123]

Contributing to MoFEM
paper
bone_install
ep_install
mofem_install_from_source
mofem_spack_create_view
create_zip
install
install_from_source_debug
install_from_source_release
python_env_create_custom
👋 Welcome to JupyterLab for MoFEM!
CleanAndZip
meta_materoal_indentation
bushing_example
metamaterial_example
Password and login
LICENSE
MoFEM v0.13.0
About
MoFEM Authors
Being a good citizen
Frequently Asked Questions
Search
MoFEM Architecture
Installation with Spack (Scripts)
Applications of MoFEM in research and industry
Development rules
How to add a new module and program
How to compile a program
Installation on macOS
Installation on Ubuntu
Installation with Spack (Scripts)
Installation with Spack
Installation with Docker - advanced
Installation with Docker - JupyterHub
Selected publications featuring results obtained using MoFEM
How to: Squashing for an external PR
►Users modules
Nonlinear Elasticity
Density mapping from CT scans	Description of density approximation from CT scan data (Usage example)
Plasticity (User example)
Features
Coding practice	Naming conventions and coding policies and principles in MoFEM
Research Opportunities
Guidelines for bug reporting
MoFEM UKACM 2021 School: "Weak form" in many flavours. Design and sustainable code development
MoFEM UKACM Autumn School 2023: Mixed Finite Element Formulations in Solid Mechanics
Writing documentation	A guide to why and how to write documentation
README
ADV-0: Plastic problem
README
ADV-1: Contact problem
ADV-2: Thermo-elastic example
Running code
ADV-3: DG Upwind for advection problem or level set
level_set
Running code
ADV-5: Seepage in elsatic body example
Running code
CLX-0: Helmholtz problem
Readme for linear acoustics
MoFEM Interfaces
►Other tutorials
COR-9: Reaction-diffusion equation
COR-10: Navier-Stokes equation
►Running code
Using Gmsh
Using Salome
Tuning fork
SCL-8: Radiation boundary conditions
►Elastoplastic plate
Plate with hole
Plasticity
Dam example
Nonlinear Elasticity
Bone remodelling module
►Tutorials
COR-0: Mixed formulation and integration on skeleton (h-adaptivity)	Set by step example how to implement mix finite element and do hp-adaptivity
COR-1: Time dependent nonlinear mix formulation (unsaturated flow)
COR-2: Solving the Poisson equation
COR-3: Implementing operators for the Poisson equation
COR-4: Using fieldsplit solver and DM sub problem.
COR-5: A nonlinear Poisson equation
COR-6: Solid elasticity
COR-7: Mixed formulation for incompressible elasticity
COR-8: Implementation of spring element
COR-9: Reaction-diffusion equation
COR-10: Navier-Stokes equation
COR-11: Mixed formulation of nonlinear elasticity
Soap film spanned on wire	Example of implementation, step by step tutorial
User data operators table
►Programs
Nonlinear Elasticity
Plasticity (User example)
Bone remodelling module
Density mapping from CT scans	Description of density approximation from CT scan data (Usage example)
Using Gmsh
Using Salome
FUN-0: Hello world
FUN-1: Integration on finite element mesh
FUN-2: Hierarchical approximation
Genarting base functions
MAX-0: Magnetostatics
Check before run
MAX-1: Lorenz force
MIX-0: Mixed formulation of Poisson equation
MIX-1: Retrive phase solving transport-of-intensity equation.
Readme for linear acoustics
MIX-2: Mixed formulation for incompressible elasticity
MSH-1: Create a 2D mesh from Gmsh
Use read_med to create .h5m file from .med file (exported from Gmsh *.geo file)
MSH-2: Create a 3D mesh from Gmsh
Use read_med to create .h5m file from .med file (exported from Gmsh *.geo file)
Command: <tt>make notebook</tt>
SCL-0: Least square approximaton
SCL-1: Poisson's equation (homogeneous BC)
Introduction
SCL-10: Photon diffusion
Photon diffusion
SCL-11: Discontinuous Galerkin for Poisson problem
Introduction
Introduction
SCL-2: Poisson's equation (non-homogeneous BC)
Mesh partition
SCL-3: Poisson's equation (Lagrange multiplier)
Mesh partition
SCL-4: Nonlinear Poisson's equation
README
SCL-5: Minimal surface equation
README
SCL-6: Heat equation
README
SCL-7: Wave equation
README
Introduction
Command: make notebook_scl-8
SCL-9: Heat method
How to run this
VEC-0: Linear elasticity
Readme for linear elasticity
VEC-1: Eigen elastic
Running problem
Readme for eiegn problem
VEC-2: Nonlinear elastic
Readme for linear acoustics
VEC-3: Nonlinear dynamic elastic
VEC-4: Shallow wave equation on sphere
README
VEC-5: Phase field model and Navier-Stokes
README
VEC-6: Discontinuous Galerkin for Kirchoff-Love Plate
VEC-7: Adjoint method for elastic
Readme for adjoint example
VEC-8: Arc-Length
Readme for linear acoustics
adolc_plasticity
MOD-1: Automatic Differentiation for Plasticity
LICENSE
Contributing to MoFEM
cantilever_elasticity.config
LICENSE
LICENSE
Eshelbian plasticity module
<strong>MoFEM (Cephas)</strong>
Bug List
Todo List
Deprecated List
Bibliography