burnman
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BurnMan is a library for modeling mantle thermodynamics and thermoelasticity constrained by mineral physics experiments.
Opened for approval from all authors. Once everyone has approved, I'll submit to JOSS.
This checklist should be completed for every release of BurnMan WARNING: New releases are automatically uploaded to PyPi. Make sure everything is right before you make the new release. -...
Many equations of state in BurnMan are volumetric equations of state, and as such do not include parameterisations of the shear modulus. There are several techniques by which shear moduli...
The Brosh-Calphad EoS currently uses finite difference to calculate dTheta/dP and the isothermal bulk modulus. For materials with a high bulk modulus, this is inaccurate (and there is no value...
It's really common for there to be insufficient data to constrain an EoS. In such circumstances, lsq procedures drive the parameters outside the range of validity of the EoS and...
I was going through the repository and noticed that that the notebooks in the `contib/` dir don't have the saved cell outputs. I'd suggest that the notebooks be saved after...
There is now an updated SLB dataset: - https://academic.oup.com/gji/article-abstract/228/2/1119/6375416?redirectedFrom=fulltext - Full precision parameter values at https://github.com/stixrude/HeFESTo_Parameters_010121
The HGP2018 dataset currently contains only the endmembers and the melt model (#454). The following models still need to be added (from tc-ig50NCKFMASHTOCr.txt): - Aqueous fluid: KNCFMASTOCr - ternary plagioclase:...
We should create a citing_burnman.bib so that we can keep track of all the papers citing burnman.
create_burnman_readable_perplex_table.py needs a few more details for users: - [ ] Make it clear that the PerpleX output script requires the full path and executable name for werami, and the...