Publications and Software

Publications      Property Libraries      Link to the Department    english
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Property libraries  for Excel®, MATLAB®, Mathcad®, EES®, Dymola®, LabVIEW® and Applications in VB,VBA, C++, Pascal and Fortran


  Overview Flyer [167 KB]

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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 		  in preparation  in preparation
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		  in preperation FluidMAT
LibHuGas		  in preparation  in preparation    in preparation
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  in preparation  in preparation
LibIdGasMix 25 ideal gases and their ideal mixtures FluidEXL LibIdGasMix  FluidLAB LibIdGasMix   in preparation FluidEES LibIdGasMix  in preparation  in preparation
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  in preparation FluidDYM LibHuAir  in preparation
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		  in preparation    in preparation    in preparation  in preparation  in preparation
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 Bookstore		 FluidLAB LibHuAirProp

ASHRAE Bookstore		 FluidMAT LibHuAirProp

ASHRAE Bookstore		 FluidEES LibHuAirProp

ASHRAE Bookstore		  in preparation  in preparation
LibCO2 Carbon dioxide FluidEXL LibCO2  FluidLAB
LibCO2		 FluidMAT LibCO2 FluidEES LibCO2   in preparation  in preparation
LibNH3 Ammonia FluidEXL
LibNH3 		 FluidLAB
LibNH3		  in preparation  in preparation  in preparation  in preparation
LibR134a Refrigerant R 134a FluidEXL LibR134a FluidLAB LibR134a  in preparation  in preparation  in preparation  in preparation
LibButan_n n-butane FluidEXL LibButan_n   in preparation  in preparation  in preparation  in preparation  in preparation
LibButan_Iso Iso-butane FluidEXL LibButan_Iso  in preparation  in preparation  in preparation  in preparation  in preparation
LibPropan Propane FluidEXL LibPropan  FluidLAB LibPropan   in preparation  in preparation  in preparation  in preparation
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  in preparation FluidEES LibAmWa  in preparation  in preparation
LibWaLi  Absorption-refrigerants mixture water/lithium bromide FluidEXL LibWaLi  FluidLAB
LibWaLi		  in preparation  in preparation  in preparation  in preparation
LibN2 Nitrogen FluidEXL LibN2  in preparation  in preparation  in preparation  in preparation  in preparation 
LibH2 Hydrogen FluidEXL
LibH2		  in preparation FluidMAT
LibH2		  in preparation  in preparation  in preparation
LibHe Helium FluidEXL
LibHe		  in preparation  in preparation  in preparation  in preparation  in preparation
LibCH3OH Methanol
 FluidEXL LibCH3OH   in preparation  in preparation  in preparation  in preparation  in preparation
LibC2H5OH Ethanol FluidEXL LibC2H5OH in preparation  in preparation  in preparation  in preparation  in preparation 
LibSeaWa Seawater in cooling and desalinating processes
 FluidEXL LibSeaWa  FluidLAB LibSeaWa FluidMAT LibSeaWa  FluidEES LibSeaWa   FluidDYM LibSeaWa   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®



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


Transport Properties

- Dynamic viscosity η

- Kinematic viscosity μ

- Thermal conductivity λ

- Prandtl-number Pr

Backward Functions

- T, v, s (p,h)       

- T, v, h (p,s)       

- p, T, v (h,s)

- p, T (v,h)

- p, T (v,u) 


* Not all of these property functions are available in all property libraries listed before.


For information please contact:
Zittau/Goerlitz University of Applied Sciences
Department of Technical Thermodynamics
Prof. Hans-Joachim Kretzschmar
Dr. Ines Stoecker
Theodor-Koerner-Allee 16
02763 Zittau, Germany
 E-mail: hj.kretzschmar@hs-zigr.de
Internet: www.thermodynamics-zittau.de
Phone: +49-3583-61-1881 




  Reference List [30 KB]

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IAPWS-IF97 International Steam Tables

   
Wagner, W. and Kretzschmar, H.-J.:

International Steam Tables
Properties of Water and Steam
Based on the Industrial Formulation IAPWS-IF97

Tables, Algorithms, Diagrams and CD-ROM Electronic Steam Tables

All of the equations of IAPWS-IF97 including the complete set of supplementary backward equations for fast calculations of heat cycles, boilers and steam turbines.

Springer-Verlag, Berlin
ISBN: 3-540-21419-4


Details und Download

Mollier h-s Diagram and T-s Diagram for Water and Steam in Format A1



Kretzschmar, H.-J. and Stöcker, I.:
Mollier h-s Diagram for Water and Steam

Springer-Verlag, Berlin
ISBN: 978-3-642-24588-6



Kretzschmar, H.-J. and Stöcker, I.:
Mollier h-s Diagram and T-s Diagram for Water and Steam

Springer-Verlag, Berlin
ISBN: 3-540-29484-9

Details and Download
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Link to the Department of Technical Thermodynamics at the Zittau/Görlitz University of Applied Sciences

Link to the Department of Technical Thermodynamics

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