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G-ADOPT

g-adopt

Home
Install
Documentation
Documentation
- G-ADOPT Developer Guide
- API
  API
Tutorials
Tutorials
- Mantle convection
  Mantle convection
  - Base case
    Base case
    
    Idealised 2-D mantle convection problem in a square box
  - Physical approximation (rheology)
    Physical approximation (rheology)
    
    Visco-plastic 2-D mantle convection problem in a square box
    
    2D mantle convection in square box with Drucker-Prager rheology
  - Physical approximation (compressibility)
    Physical approximation (compressibility)
    
    Compressible (TALA) 2-D mantle convection problem in a square box
    
    Compressible (ALA) 2-D mantle convection problem in a square box
    
    Visualising the right nullspace for Stokes system using the anelastic liquid approximation (ALA)
  - Boundary conditions
    Boundary conditions
    
    Idealised 2-D mantle convection with a free surface
  - Dimension
    Dimension
    
    Idealised 3-D mantle convection problem
  - Geometry
    Geometry
    
    Idealised 2-D mantle convection problem inside an annulus
    
    Idealised 3-D spherical mantle convection.
    
    Global mantle convection simulation with sequentially imposed GPlates surface velocities
  - Adjoint
    Adjoint
    
    Generating reference fields for adjoint inversion
    
    Adjoint inverse reconstruction
  - Dynamic topography
    Dynamic topography
    
    Computing Normal Stresses and Dynamic Topography in G-ADOPT
- Glacial isostatic adjustment
  Glacial isostatic adjustment
- Multi-material
  Multi-material
  - Sources of buoyancy
    Sources of buoyancy
    
    Rayleigh-Taylor instability
    
    Thermochemical convection
  - Boundary condition
    Boundary condition
    
    Spontaneous multi-material subduction with a free surface
  - Geometry
    Geometry
    
    Idealised 2-D multi-material mantle convection problem inside an annulus
- PDE-constrained optimisation
  PDE-constrained optimisation
  - PDE Constrained Optimisation with G-ADOPT - Field Values
  - PDE Constrained Optimisation with G-ADOPT - Boundary Values
- Smoothing
  Smoothing
  - Isotropic and Anisotropic Smoothing in G-ADOPT
Team
Partners
Events
Events
Publications
Media
Contact