User:Ankitml: Difference between revisions
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*Automated addition file is uploaded in ankit branch, readme will follow by evening. | *Automated addition file is uploaded in ankit branch, readme will follow by evening. | ||
*Three IPOPT examples from Edgar and Himelblau uploaded, one not solving. One giving better solution than the book and the third giving worse solution than the book. | *Three IPOPT examples from Edgar and Himelblau uploaded, one not solving. One giving better solution than the book and the third giving worse solution than the book. | ||
==To do== | |||
*Implement Peng Robinson Equation of State for FPROPS | |||
** create preos.c and preos.h similarly like mbwr | |||
** create asc_preos.c (Wrapper for preos.c to allow access to the routine from ASCEND) | |||
**Add a data structures preoe_data to components.c files (or separate files??) | |||
**create python script for easy adding component's Peng Robinson Data | |||
*Perfecting the python script for easy adding of data structures to ASCEND | |||
**Merge the two python scripts for creating the data and adding the test data. | |||
**Create documentation for the python file | |||
**Get the script tested by other ASCEND users. | |||
**CHange it if required according to the feedback. | |||
[[Category:GSOC2010]] | [[Category:GSOC2010]] | ||
Revision as of 08:12, 18 June 2010
Ankit Mittal ankitml@gmail.com
Undergraduate Senior at IIT Bombay (5 year programme, Btech-MTech in Chemical Engineering)
Mentor: Krishnan Chittur
My GSOC 2010 proposal is relating to the ASCEND component, FPROPS.
Subversion Branch ankit
Deliverables
1. Add new components to FPROPS library.
2. Add support for Maxwell-criterion to enable calculations at saturation curve
Detailed Plan
Ankit: some thoughts on a more detailed breakdown... Jpye 00:35, 27 May 2010 (UTC)
1. Determine a use case for testing purposes, eg an ammonia synthesis reactor flowsheet, or Krishnan's flowsheet example?
2.Create test cases for all new components added.
3.Saturation curve work... look at my numerical experiments (sat.c, I think?) and read up on possible methods to solve this
4.Automated addition of components to FPROPS. (Added by Ankit on 6th June,2010.)
5.Get IPOPT Installed and write some optimization models from (Edgar and Himmelblau)
Work Done
(6th June,2010)
- Added 15 components to FrPROPS library. (With Shrikanth)
- Test data for isopentane was taken from NIST Webbook, was showing error more than permissible levels (>1%). Test was complete by changing the acceptable tolerances.[Discuss this with Prof.Krishnan Tomorrow]
- Started working on a python script for automated addition of components. [working code(maybe half) is there in shrikanth's branch]
- Ascend now working on Ubuntu 10.04.
(9th June, 2010)
- Automated addition file is uploaded in ankit branch, readme will follow by evening.
- Three IPOPT examples from Edgar and Himelblau uploaded, one not solving. One giving better solution than the book and the third giving worse solution than the book.
To do
- Implement Peng Robinson Equation of State for FPROPS
- create preos.c and preos.h similarly like mbwr
- create asc_preos.c (Wrapper for preos.c to allow access to the routine from ASCEND)
- Add a data structures preoe_data to components.c files (or separate files??)
- create python script for easy adding component's Peng Robinson Data
- Perfecting the python script for easy adding of data structures to ASCEND
- Merge the two python scripts for creating the data and adding the test data.
- Create documentation for the python file
- Get the script tested by other ASCEND users.
- CHange it if required according to the feedback.