Archived App
This is an archived listing of the app previously available on the App Store.
Calculate thermodynamic properties for a wide range of industrial materials using a comprehensive thermophysical properties database. Visualize states on diagrams and access detailed information for each fluid.
6.0
October 26, 2016
This app has been updated by Apple to display the Apple Watch app icon. The biggest update since app release: 1 - New "statePicker" option: select state points on T-s, T-v, or P-h plots and retrieve data. 2 - New interface design. 3 - iOS 10 compatibility. 4 - New CoolProp engine 6.0.1 added. 5 - Major and minor bug fixes and stability improvements.
More$1.99
Refrigerants
This IAP will add several refrigerants to the available material database.
StateCalc can calculate thermodynamic properties for 88 industrial materials, including Steam, Ammonia, Propane, R-22, R-134a, Carbon Dioxide, and many others. Additional materials are available for in-app purchase.
StateCalc provides temperature, pressure, specific volume, internal energy, enthalpy, entropy, quality, specific heat capacities, sound speed, thermal conductivity, and viscosity for selected materials.
Yes, StateCalc allows you to see the location of the fixed state on T-s, T-v, and P-h diagrams, aiding in the understanding of material behavior.
StateCalc offers two sets of predefined unit systems (SI and British) and also allows for custom units to be defined separately for each variable, providing flexibility for users.
For each pure fluid, StateCalc provides an information sheet detailing the chemical and skeletal formula, GHS hazard specification, critical and triple point information, CAS number, and molar mass.
StateCalc is a paid application priced at $2.99. This one-time purchase grants access to its core features.
The latest version of StateCalc is 6.0, which was last updated on October 26, 2016. Future updates may introduce new features or material support.
StateCalc has an age rating of 4+, making it suitable for a wide range of users including younger students and professionals.
