Welcome to CoolProp # These pages help you to get started using CoolProp and provide detailed information for the returning user. Please feel free to browse the pages and use the menu on the left …

CoolProp # This section includes information about the CoolProp software, listings of inputs, etc.

Examples # This page serves as a teaser of the functionality of CoolProp. These examples are written in the Python programming language. For more information see: Pure and Pseudo-Pure fluid properties …

An under-development version of an online interface for CoolProp is at http://ibell.pythonanywhere.com . Please let us know if you run into any problems by filing issues at CoolProp/CoolProp#issues

Pure and Pseudo-Pure fluid properties Introduction Thermodynamic properties of Fluid List of Fluids Ideal Curves Ideal Curve Boyle Curve Joule Inversion Curve Joule-Thomson Curve Ideal Curves for …

Welcome to CoolProp # CoolProp is an open-source database of fluid and humid air properties, formulated based on the most accurate formulations in open literature. It has been validated against …

High-Level Interface # Contents High-Level Interface Versions PropsSI function Vapor, Liquid, and Saturation States Imposing the Phase (Optional) Fluid information Trivial inputs PhaseSI function …

Python Wrapper # Contents Python Wrapper PyFluids (3-party wrapper) Automatic installation Manual installation Usage Example Code Example Code Output Code Warnings Module Documentation …

Browse to the file CoolProp.xlam you downloaded and select it Make sure the CoolProp Add-in is selected (box checked) and close the Add-in Manager. Open the file TestExcel.xlsx and try to re …

CoolProp allows for full interaction with the REFPROP library, while using the nicely abstracted C++ interface for all target languages that CoolProp supports. The core difference between using …