geodynamics / burnman
BurnMan is a Python toolkit for planetary geophysics, geochemistry and thermodynamics
☆57Updated 2 weeks ago
Alternatives and similar repositories for burnman:
Users that are interested in burnman are comparing it to the libraries listed below
- Repository of the HeFESTo code☆16Updated 2 months ago
- The parallel Mineral Assemblage Gibbs Energy Minimization package☆74Updated this week
- ☆30Updated last month
- Construct interior structure models based on planetary properties. Self-consistent thermodynamics are used for fluid, rock, and mineral p…☆19Updated this week
- ☆20Updated last month
- ☆25Updated this week
- A generalized python library for calculating and plotting various things related to mixed volatile (H2O-CO2) solubility in silicate melts…☆28Updated 6 months ago
- Set of routines to compute the magnetic field produced by ellipsoids☆18Updated 7 years ago
- Process the results of your StagYY runs☆14Updated last month
- Code to run a large number of alphaMELTS simulations and to plot the outputs from those simulations as a combined object.☆14Updated 4 years ago
- Spectral orientation fabric model for polycrystalline materials☆15Updated 3 months ago
- Earth Science PRoblems for the Evaluation of Strategies, Solvers and Optimizers☆16Updated last week
- Public repository of the I2ELVIS planet code family.☆14Updated this week
- Python script that takes an excel spreadsheet containing major oxide data, T, and P for a silicate melt and outputs the density of each s…☆12Updated 3 months ago
- A FORTRAN module to write Numpy's *.npy and *.npz files☆42Updated last year
- Utility modules for dealing with generally-anisotropic elastic constants and other geophysics problems☆15Updated 2 years ago
- The SeaFreeze package allows to compute the thermodynamic and elastic properties of water and ice polymorphs (Ih, III, V and VI) in the 0…☆28Updated 4 months ago
- SphGLLTools is a toolbox for visualization, processing, and spherical harmonics analysis of tomographic models defined on GLL meshes.☆20Updated last week
- Scripts to calculate elastic properties from a set of strained structures☆17Updated 7 months ago
- Photochemical model of rocky planet's atmospheres.☆21Updated last year
- Implementations of Taras Gerya's Introduction to Numerical Geodynamic Modeling in Julia☆17Updated this week
- Repository for the development of the Geoscientific ADjoint Optimization PlaTform (G-ADOPT).☆21Updated this week
- MANDYOC is a finite element code written on top of the PETSc library to simulate thermo-chemical convection of the Earth's mantle☆29Updated 2 weeks ago
- CrunchFlow☆14Updated this week
- Python code for Planetary Atmosphere, Crust, and MANtle (PACMAN) geochemical evolution model applied to Venus, as described in Krissansen…☆10Updated 3 years ago
- A multigrid solver for 3D electromagnetic diffusion☆66Updated this week
- A finite element package for modeling terrestrial planetary viscoelastic deformation in response to tidal and surface loads☆19Updated 3 weeks ago
- The Transparent Finite Element Rapid Model Assembler☆24Updated 4 months ago
- A model of sulfur degassing during magma ascent☆12Updated 3 months ago
- An analytical-numerical hybrid code for interactive Eshelby's inclusion problems in whole, half and finite spaces☆14Updated 3 years ago