I'm a Chemical Engineer now doing my PhD in thermodynamics, specifically in designing computational algorithms for PVT simulation of reservoir fluids. My focus is mainly on phase diagrams tracing (isoplets, isotherms) of multicomponent mixtures using Equations of State.
I mostly program in Python and Fortran, nowadays I'm digging into bridging between the two with f2py, mostly to take old code into nice modern interfaces or to make new and high-performing code with ease of use.
My principal projects are:
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fenveloeps Fortran software for multicomponent systems phase diagrams tracing with Equations of State. Right not it provides the possibility of calculation of PT (isoplets) and Px (isotherms) using Cubic Equations of State.
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yaeos, a Fortran library for equations of state related calculations, with a heavy emphasis in ease of extensibility and usage. Using both automatic differentiation and analytical derivatives approaches to exploit the best of both worlds.
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PyForFluids, a Python module that estimates thermodynamic properties of fluids based on Equations of State. It uses Fortran code in the background to assure high performance in the calculations.
Besides my work, I'm also a Linux enthusiast, right now I'm rocking Arch Linux
in both my main desktop and my Laptop. I keep in sync most of the files
between both computers with SyncThing, my dotfiles are in their own repo
dotfiles, each computer has it's
own branch.