burnman

Planetary simulator

A Python toolkit for simulating the thermal evolution of planetary interiors.

BurnMan is a Python toolkit for planetary geophysics, geochemistry and thermodynamics

54 stars

16 watching

42 forks

Language: Python

last commit: about 1 month ago

Backlinks from these awesome lists:

Repository	Description	Stars
climdyn/qgs	A flexible Python framework for simulating the dynamics of atmospheric models in midlatitudes	37
jobovy/galpy	Software for simulating and analyzing galactic dynamics using numerical methods.	231
robintw/py6s	Provides a Python interface to the 6S Radiative Transfer Model for atmospheric simulation	196
underworldcode/underworld2	A software framework for modeling geodynamics processes using a particle-in-cell finite element approach	179
simonom/pycham	A Python box model for simulating indoor environments and aerosol microphysics	51
adrn/gala	A Python package for simulating the motion of celestial objects in space	132
nrel/geophires-x	A geothermal techno-economic simulator framework	32
simpeg/simpeg	A Python package for simulating and optimizing geophysical phenomena	521
space-physics/lowtran	An atmospheric absorption extinction, scatter and irradiance model using Python	103
drounce/pygem	An open-source Python model that simulates the evolution of glaciers over time	59
pynbody/pynbody	Tools for analyzing astrophysical simulation data from various codes	167
usnistgov/jarvis	An open-source software package for data-driven materials design using atomistic simulations and machine learning techniques.	318
benma/pysph	A Python implementation of smooth particle hydrodynamics fluid simulation with screen space rendering capabilities	110
energysystemsmodellinglab/muse_os	A modular energy system simulation environment designed to support decarbonisation and energy modelling using Python.	21