Property Libraries for Excel®, MATLAB®, Mathcad®, EES®, Dymola®, LabVIEW®
and Applications in Visual Basic, VBA, C++, Pascal and Fortran (32 and 64 bit Versions)
Flyer: Property Libraries | Property Software | Satisfied Customers: PDF
Contact:
KCE-ThermoFluidProperties UG (with limited liability) & Co. KG
Prof. Dr.-Ing. Hans-Joachim Kretzschmar
Wallotstr. 3
01307 Dresden
E-Mail: info@thermofluidprop.com
Phone: +49-351-27597860
Mobil: +49-172-7914607
Fax: +49-3222-1095810
| Library | Working fluid | FluidEXL User's Guide for use in Excel® | FluidLAB User's Guide for use in MATLAB® | FluidMAT User's Guide for use in Mathcad® | FluidEES User's Guide for use in EES® | FluidDYM User's Guide for use in DYMOLA® | FluidVIEW User's Guide for use in LabVIEW® |
| LibIF97 | Water and steam, calculated from the industrial formulation IAPWS-IF97 and all supplementary standards | FluidEXL LibIF97 | FluidLAB LibIF97 | FluidMAT LibIF97 | FluidEES LibIF97 | FluidDYM LibIF97 | FluidVIEW LibIF97 |
| LibIF97IT | FluidEXL LibIF97IT | in preparation | in preparation | in preparation | in preparation | in preparation | |
| LibIF97_META | Metastable Steam | FluidVIEW LibIF97_META | in preparation | in preparation | in preparation | in preparation | FluidVIEW LibIF97_META |
| LibSeaWa | Seawater in cooling and desalinating processes | FluidEXL LibSeaWa | FluidLAB LibSeaWa | FluidMAT LibSeaWa | FluidEES LibSeaWa | FluidDYM LibSeaWa | FluidVIEW LibSeaWa |
| LibHuGas | Humid combustion gases at low and high pressures; also for calculating CO2-Steam-Water-Mixtures, calculated as an ideal mixture of real fluids | FluidEXL LibHuGas | FluidLAB LibHuGas | FluidMAT LibHuGas | FluidEES LibHuGas | FluidDYM LibHuGas | FluidVIEW LibHuGas |
| LibHuFlueGas | Humid combustion gases at low and high pressures; also for calculating CO2-Steam-Water-Mixtures, calculated as an ideal mixture of real fluids, with further property functions | FluidEXL LibHuFlueGas | FluidLAB LibHuFlueGas | in preparation | in preparation | in preparation | in preparation |
| LibIDGAS | Combustion gases, calculated as an ideal mixture of ideal gases from the VDI Guideline-4670 | FluidEXL LibIDGAS | FluidLAB LibIDGAS | FluidMAT LibIDGAS | FluidEES LibIDGAS | FluidDYM LibIDGAS | FluidVIEW LibIDGAS |
| LibIdGasMix | 25 ideal gases and their ideal mixtures | FluidEXL LibIdGasMix | FluidLAB LibIdGasMix | FluidMAT LibIdGasMix | FluidEES LibIdGasMix | in preparation | FluidVIEW LibIdGasMix |
| LibHuAir | Humid air at low and high pressures, calculated as an ideal mixture of the real fluids dry air and steam, water and/or ice; also for calculating compressed air storage processes with air-mass specific quantities, calculated as an ideal mixture of real fluids | FluidEXL LibHuAir | FluidLAB LibHuAir | FluidMAT LibHuAir | FluidEES LibHuAir | FluidDYM LibHuAir | FluidVIEW LibHuAir |
| LibHuAir_Xiw | Humid air at low and high pressures, calculated as an ideal mixture of the real fluids dry air and steam, water and/or ice; also for calculating compressed air storage processes with total-mass specific quantities, calculated as a real mixture of real fluids | FluidEXL LibHuAir_Xiw | FluidLAB LibHuAir_Xiw | in preparation | in preparation | in preparation | FluidVIEW LibHuAir_Xiw |
| ASHRAE LibHuAirProp | Humid air at low and high pressures, calculated as an ideal mixture of the real fluids dry air and steam, water and/or ice; calculating by ASHRAE-Virial-Model | FluidEXL LibHuAirProp ASHRAE Website | FluidLAB LibHuAirProp ASHRAE Website | FluidMAT LibHuAirProp ASHRAE Website | FluidEES LibHuAirProp ASHRAE Website | FluidDYM LibHuAirProp ASHRAE Website | FluidVIEW LibHuAirProp ASHRAE Website |
| LibRealAir | Dry Air, including wet vapor | FluidEXL LibRealAir | in preparation | FluidMAT LibRealAir | in preparation | FluidDYM LibRealAir | FluidVIEW LibRealAir |
| LibCO2 | Carbon dioxide | FluidEXL LibCO2 | FluidLAB LibCO2 | FluidMAT LibCO2 | FluidEES LibCO2 | in preparation | |
| LibNH3 | Ammonia | FluidEXL LibNH3 | FluidLAB LibNH3 | FluidMAT LibNH3 | in preparation | in preparation | FluidVIEW LibNH3 |
| LibR134a | Refrigerant R 134a | FluidEXL LibR134a | FluidLAB LibR134a | FluidMAT LibR134a | in preparation | in preparation | FluidVIEW LibR134a |
| LibButan_n | n-butane | FluidEXL LibButan_n | FluidLAB LibButan_n | FluidMAT LibButan_n | in preparation | in preparation | in preparation |
| LibButan_Iso | Iso-butane | FluidEXL LibButan_Iso | FluidLAB LibButan_Iso | FluidMAT LibButan_iso | in preparation | in preparation | in preparation |
| LibPropan | Propane | FluidEXL LibPropan | FluidLAB LibPropan | FluidMAT LibPropan | in preparation | in preparation | FluidVIEW LibPropan |
| LibMM | Siloxane C6H18OSi2 for ORC processes | FluidEXL LibMM | FluidLAB LibMM | in preparation | in preparation | FluidDYM LibMM | in preparation |
| LibD4 | Siloxane C8H24O4Si4 for ORC processes | FluidEXL LibD4 | FluidLAB LibD4 | in preparation | in preparation | FluidDYM LibD4 | in preparation |
| LibD5 | Siloxane C10H30O5Si5 for ORC processes | FluidEXL LibD5 | FluidLAB LibD5 | in preparation | in preparation | FluidDYM LibD5 | in preparation |
| LibD6 | Siloxane C12H36O6Si6 for ORC processes | FluidEXL LibD6 | FluidLAB LibD6 | in preparation | in preparation | FluidDYM LibD6 | in preparation |
| LibMDM | Siloxane C8H24O2Si3 for ORC processes | FluidEXL LibMDM | FluidLAB LibMDM | in preparation | in preparation | FluidDYM LibMDM | in preparation |
| LibMD2M | Siloxane C10H30O3Si4 for ORC processes | FluidEXL LibMD2M | FluidLAB LibMD2M | in preparation | in preparation | FluidDYM LibMD2M | in preparation |
| LibMD3M | Siloxane C12H36O4Si5 for ORC processes | FluidEXL LibMD3M | FluidLAB LibMD3M | in preparation | in preparation | FluidDYM LibMD3M | in preparation |
| LibMD4M | Siloxane C14H42O5Si6 for ORC processes | FluidEXL LibMD4M | FluidLAB LibMD4M | in preparation | in preparation | FluidDYM LibMD4M | in preparation |
| LibAmWa | Absorption-refrigerants mixture ammonia/water; also usable for calculating the Kalina process | FluidEXL LibAmWa | FluidLAB LibAmWa | FluidMAT LibAmWa | FluidEES LibAmWa | in preparation | FluidVIEW LibAmWa |
| LibWaLi | Absorption-refrigerants mixture water/lithium bromide | FluidEXL LibWaLi | FluidLAB LibWaLi | FluidMAT LibWaLi | FluidEES LibWaLi | in preparation |
|
| LibN2 | Nitrogen | FluidEXL LibN2 | in preparation | FluidMAT LibN2 | in preparation | in preparation | in preparation |
| LibH2 | Hydrogen | FluidEXL LibH2 | FluidLAB LibH2 | FluidMAT LibH2 | in preparation | FluidDYM LibH2 | in preparation |
| LibHe | Helium | FluidEXL LibHe | FluidLAB LibHe | FluidMAT LibHe | in preparation | in preparation | in preparation |
| LibCH3OH | Methanol | FluidEXL LibCH3OH | in preparation | in preparation | in preparation | in preparation | in preparation |
| LibC2H5OH | Ethanol | FluidEXL LibC2H5OH | FluidLAB LibC2H5OH | FluidMAT LibC2H5OH | FluidEES LibC2H5OH | in preparation | FluidVIEW LibC2H5OH |
| LibIce | Ice, including melting and sublimation regions | FluidEXL LibIce | in preparation | in preparation | in preparation | in preparation | in preparation |
| LibSecRef | Liquid secondary refrigerants, liquid coolants | FluidEXL LibSecRef | in preparation | in preparation | in preparation | in preparation | in preparation |
| LibC10H22 | Decane | FluidEXL LibC10H22 | in preparation | in preparation | in preparation | in preparation | in preparation |
| LibC5H12_Iso | Isopentane | FluidEXL LibC5H12_Iso | in preparation | in preparation | in preparation | in preparation | in preparation |
| LibC5H12_NEO | Neopentane | FluidEXL LibC5H12_NEO | in preparation | in preparation | in preparation | in preparation | in preparation |
| LibC3H6O | Acetone | FluidEXL LibC3H6O | in preparation | in preparation | in preparation | in preparation | in preparation |
| LibC5H10 | Cyclopentane | FluidEXL LibC5H10 | in preparation | in preparation | in preparation | in preparation | in preparation |
| LibC6H14 | Isohexane | FluidEXL LibC6H14 | in preparation | in preparation | in preparation | in preparation | in preparation |
| LibC7H8 | Toluene | FluidEXL LibC7H8 | in preparation | in preparation | in preparation | in preparation | in preparation |
| LibC9H20 | Nonane | FluidEXL LibC9H20 | in preparation | in preparation | in preparation | in preparation | in preparation |
| LibCO | Carbon Monoxide | FluidEXL LibCO | in preparation | in preparation | in preparation | in preparation | in preparation |
| LibCOS | Carbonyl Sulfide | FluidEXL LibCOS | in preparation | in preparation | in preparation | in preparation | in preparation |
| LibH2S | Hydrogen Sulfide | FluidEXL LibH2S | in preparation | in preparation | in preparation | in preparation | in preparation |
| LibN2O | Nitrous Oxide | FluidEXL LibN2O | in preparation | in preparation | in preparation | in preparation | in preparation |
| LibO2 | Nitrogen | FluidEXL LibO2 | in preparation | in preparation | in preparation | in preparation | in preparation |
| LibSO2 | Sulfur Dioxide | FluidEXL LibSO2 | in preparation | in preparation | in preparation | in preparation | in preparation |
| Library | Working fluid | FluidEXL User's Guide for use in Excel® | FluidLAB User's Guide for use in MATLAB® | FluidMAT User's Guide for use in Mathcad® | FluidEES User's Guide for use in EES® | FluidDYM User's Guide for use in DYMOLA® | FluidVIEW User's Guide for use in LabVIEW® |
| Library | Calculating Operation Characteristics of Heat Exchangers | FluidEXL User's Guide for use in Excel® | FluidLAB User's Guide for use in MATLAB® | FluidMAT User's Guide for use in Mathcad® | FluidEES User's Guide for use in EES® | FluidDYM User's Guide for use in DYMOLA® | FluidVIEW User's Guide for use in LabVIEW® |
| LibHeatEx | Library for Calculating Operation Characteristics of Heat Exchangers from VDI Heat Atlas | FluidEXL LibHeatEx | in preparation | in preparation | in preparation | in preparation | in preparation |
| LibGroeber | Berechnung von instationaerer Waermeleitung fuer symmetrische Bedingungen nach GROEBER | FluidEXL LibGroeber | FluidLab LibGroeber | in preparation
| in preparation | in preparation | in preparation |
The following thermodynamic and transport properties can be calculated: *
| Thermodynamic Properties - Saturation pressure ps - Saturation temperature Ts - Density ρ - Specific volume v - Specific Enthalpy h - Specific Internal energy u - Specific Entropy s - Specific Exergy e - Specific Isobaric heat capacity cp - Specific isochoric heat capacity cv - Specific Isentropic exponent κ - Speed of sound w - Surface tension σ | Thermodynamic Derivatives - All partial derivatives can be calculated
|
* Not all of these property functions are available in all property libraries listed above.
Contact:
KCE-ThermoFluidProperties UG (with limited liability) & Co. KG
Prof. Dr.-Ing. Hans-Joachim Kretzschmar
Wallotstr. 3
01307 Dresden
E-Mail: info@thermofluidprop.com
Phone: +49-351-27597860
Mobil: +49-172-7914607
Fax: +49-3222-1095810