Skip to content
This repository has been archived by the owner on Dec 14, 2017. It is now read-only.

Releases: ibell/coolprop

Version 4.1.0

10 Feb 22:29
@ibell ibell
v4.1
ca10124
Compare
Choose a tag to compare
Version 4.1.0 Latest
Latest

4.1.0

  • MAJOR: Added unit testing at the C++ level based on Catch
  • Added EOS for Methanol from Piazza based on SAFT association term
  • Added Prandtl as an output variable
  • Predefined mixtures (R404A, R410A, R407C, R507A, Air) can be used with REFPROP using a fluid name like "REFPROP-MIX:R410A.mix" where R410A.mix is a predefined mixture file in the mixtures folder of REFPROP
  • Export HAProps in Javascript
  • Improved some edge cases for P, S inputs
  • Added wrappers for Maple and Mathematica
  • Added PropsSI function to DLL that always takes and returns SI units
  • Improved EES support for newer versions of EES that broke CoolProp support (EES strings are not case sensitive)
  • Added upper-case aliases for all fluids and input variables (to support EES)
  • Fixed TTSE and dylib compilation on MacOS
  • Added basic wrappers for Fortran and C
  • Added incompressible fluids AS10, AS20, AS30, AS40, AS55, ZS10, ZS25, ZS40, ZS45, ZS55
Assets 2
Loading

Version 4.0

06 Dec 22:06
@ibell ibell
v4.0
aa5be70
Compare
Choose a tag to compare
Version 4.0

Changelog for this release:

4.0.0

  • API CHANGE: Some functions have been condensed, functions get_errstring, get_REFPROPname, etc. have been rolled into get_global_param_string.
  • MAJOR: Code now is on github (https://github.com/ibell/coolprop)
  • MAJOR: Internally all units are SI, functions should do the necessary conversions using conversion_factor() and get/set_standard_unit_system()
  • MAJOR: Brines and incompressible liquids are added to CoolPropStateClass
  • MAJOR: Preparing to phase out of DerivTerms function, Props now handles derivatives as well.
  • Wrappers added for Java, Javascript, MathCAD, MathCAD Prime
  • Improved wrapper for Labview (Thanks to the Sergei and guys at UGent)
  • Improved plotting in Python (Thanks Logan)
  • Improved Modelica wrapper and added incompressible fluids with p,T and p,h as state variables
  • Added viscosity for n-Hexane
  • Added R1233zd(E)
  • Added more incompressible liquids: Therminol D12, Therminol VP-1, Therminol 72, Therminol 66, Dowtherm J, Dowtherm Q, Texatherm 22,
    Nitrate Salt Blend, Syltherm XLT, Dynalene HC-10, Dynalene HC-20, Dynalene HC-30, Dynalene HC-40, Dynalene HC-50
  • Added slurry ice as incompressible solution of either water-ethanol, water-NaCl or water-propylene glycol with solid content as input
  • Added corrosion inhibitor ZitrecAC, anti-freezing agent Pekasol2000
  • Added Lithium-Bromide/water as incompressible solution (Thanks to Jaroslav Patek)
Assets 2
Loading