Home
Basic
Visual Basic
Mathcad
Utilities
This page is divided into two sections.
The first contains individual Mathcad utility programs with a brief description of each. ".bin" is added to each file so that it can be downloaded directly. If you wish to download these files individually make sure to also download the data file at the end of the list.
The second section contains zipped sets : one contains all the Mathcad utility programs, the next contains a related set of worksheets, and the two that follow are Mathcad worksheets for illustrations in the textbook.
|
| |||
|
|
Bubble point pressure calculation using the Peng-Robinson EOS |
||
|
|
Bubble point temperature calculation using the Peng-Robinson EOS |
||
|
|
General chemical equilibrium constant calculation program |
||
|
|
An example datafile for chemeq |
||
|
|
Dew point pressure calculation using the Peng-Robinson EOS |
||
|
|
Dew point temperature calculation using the Peng-Robinson EOS |
||
|
|
Vapor pressure of a pure fluid at a given temperature using the Peng-Robinson EOS |
||
|
|
Vapor pressure and thermodynamic property calculations using the Peng-Robinson EOS |
||
|
|
Boiling temperature calculations using the Peng-Robinson EOS, given pressure of a pure fluid |
||
|
|
Isothermal flash calculation using the Peng-Robinson EOS |
||
|
|
Mixture calculations using the Peng-Robinson EOS |
||
|
|
Pure component thermodynamic properties calculations using the Peng-Robinson EOS |
||
|
|
Necessary data worksheet for the many of the above files |
||
|
|
N O T E 1. When downloading the above files, remove the .BIN and save them with an .MCD extension, or a .DAT extension in the case of chemeqdat.dat.bin. 2. "datafile.mcd.bin" is a file required for several of the above worksheets. Download it to your mathsoft directory, remove the .bin extension, and update the reference in the worksheet you are using. | ||
| |||
|
| ||
|
|
All of the above Mathcad files. |
|
|
|
A worksheet to fit excess Gibbs free energy data to either the Redlich-Kister expansion, two forms of the NRTL and van Laar models, or the Wilson model. The worksheet requires that all files be in the same folder. |
|
|
|
Mathcad worksheets for the following illustrations in the textbook: 2.5-1, 2.5-3&5, 3.5-3, 4.5-1a, 4.5-1c, 4.7-1, 5.4-4, 5.4-8, 8.01-1, 8.01-2, 8.01-3, 8.01-4, 8.03-1, 8.04-2, 8.04-8, 8.10-2, 9.1-4b, 9.1-7, 9.1-8, 9.4-1. |
|
|
|
Adobe Acrobat files for the following Mathcad illustration worksheets 2.5-1, 2.5-2, 3.5-3, 4.5-1a, 4.5-1c, 4.7-1, 5.4-4, 5.4-8, 8.01-1, 8.01-2, 8.01-3, 8.01-4, 8.03-1, 8.04-2, 8.04-8, 8.10-2, 9.1-4b, 9.1-7, 9.1-8, 9.4-1. Mathcad is not needed to see these illustrations. |
|
| ||