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Thermodynamic properties of water

by Francois Brissette

 

25 Apr 2005 (Updated 26 Apr 2005)

Calculates the basic thermodynamic properties of water (subcooled, superheated or saturated)

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Description

This package consists of functions that calculate basic thermodynamic properties for water. All functions follow the IAPWS-97 formulation. Please note that Regions 3 and 5 have NOT been implemented. This has been programmed for use by engineering students and regions 1, 2 and 4 cover the useful range. See www.iapws.org for the paper describing the formulation in details

 The useful functions are:

 WTP_PT - return thermodynamic state and properties from given P and T
 WTP_vT - return thermodynamic state and properties from given v and T
 WTP_vP - return thermodynamic state and properties from given v and P
 WTP_uT - return thermodynamic state and properties from given u and T
 WTP_uP - return thermodynamic state and properties from given u and P
 WTP_xP - return thermodynamic state and properties from given x and P
 WTP_xT - return thermodynamic state and properties from given x and T

where P:pressure T:temperature x:quality v:specific volume u:internal
energy h:enthalpy s:entropy

MATLAB release MATLAB 6.5.1 (R13SP1)
Other requirements Should work on all platforms and Matlan versions.
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Comments and Ratings (8)
04 Nov 2005 Anatolie Motelica

Good programs

03 Apr 2006 khashayar ebrahimi

I think that you are a good programmer and you should try to improve your code efficiency in a supercritical region.

13 Sep 2006 casta casta  
15 Nov 2006 Rajeev Shrestha  
29 Nov 2006 prau nta

i need it,thanks for give it

28 Jun 2007 Omar Al-Abbasi

Wonderful this is what I need

06 Dec 2007 Edgar Delgado

a WTP_vT.m se le debe borrar un "end"

06 Dec 2007 Edgar Delgado

You must erase a "end" in WTP_vT.m

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Tag Activity for this File
Tag Applied By Date/Time
chemistry Francois Brissette 22 Oct 2008 07:47:14
physics Francois Brissette 22 Oct 2008 07:47:14
thermodynamic Francois Brissette 22 Oct 2008 07:47:14
water tables Francois Brissette 22 Oct 2008 07:47:14
steam vapor Francois Brissette 22 Oct 2008 07:47:14
superheated Francois Brissette 22 Oct 2008 07:47:14
subcooled Francois Brissette 22 Oct 2008 07:47:14

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