CO2 Leakage problem (Error while parsing XML file)

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1

Hi All,
I was trying to run CO2 leakage example problem for PTC_FLOW on OGS-6.1. The input files are available here

https://svn.ufz.de/ogs/browser/branches/Ashok/CO2LEAK/Project

But, it is showing error message as follows:

C:\Research\Branches-Ashok-CO2LEAK-Project>ogs PTC.gsp

info: This is OpenGeoSys-6 version 6.1.0.

info: OGS started on 2018-02-01 10:59:45-0500.

error: Error while parsing XML file `PTC.gsp’ at line 1: expected <. at ConfigTr

eeUtil.cpp, line 63

info: OGS terminated on 2018-02-01 10:59:45-0500.

I have attached *.gml and *.vtu files.

Thanks in advance.

Regards,

Mohammad

PTC.gml (811 Bytes)

PTC.vtu (94.3 KB)

2

Still having problem with same error message. I have attached all relevant files here and *.msp file is copied as follows. Using Data Explorer>Tools> File Converter; I have prepared *.gml and *.vtu files. From Data Explorer> File>Save As option, I got the *.gsp file. Wondering, can any one also brief me, from the input files, how can I get *.prj (Project) file?

Thanks in advance.

Kind Regards,

Mohammad

The PTC.msp file

#SOLID_PROPERTIES

$DENSITY

1 2.65e3

$THERMAL

EXPANSION:

1e-5

CAPACITY:

1 1.2e+003

CONDUCTIVITY:

1 2.5

#STOP

PTC (40.3 KB)

PTC.bc (433 Bytes)

PTC.gli (221 Bytes)

PTC.gli.gml (811 Bytes)

PTC.gli.gml (811 Bytes)

PTC.gml.md5 (16 Bytes)

PTC.gsp (436 Bytes)

PTC.ic (522 Bytes)

PTC.mcp (743 Bytes)

PTC.mfp (234 Bytes)

PTC.mmp (275 Bytes)

PTC.msh (38.3 KB)

PTC.num (565 Bytes)

PTC.out (411 Bytes)

PTC.pcs (222 Bytes)

PTC.st (188 Bytes)

PTC.tim (165 Bytes)

PTC.vtu (94.3 KB)

3

Solved the problem !

ogs5:

  1. “PTC_FLOW” need to be replaced with the "MULTI_COMPONENTIAL_FLOW " (Source: Redirecting to Google Groups)

  2. Changed the .MFP file as follows

Changed:

$DENSITY

6 1000 101325 0.0e-010 40 -1.0e-03

$COMPRESSIBILITY

1 0.0e-010 1 -1.0e-03 0

$VISCOSITY

1 1.0e-03

$SPECIFIC_HEAT_CAPACITY

1 1000

$HEAT_CONDUCTIVITY

1 0.025

···

Original:

$DENSITY

14

$VISCOSITY

10

$SPECIFIC_HEAT_CAPACITY

10

$HEAT_CONDUCTIVITY

10

$SUPER_COMPRESSIBILITY

0 0

ogs6:

Credit goes to the following reference:

Lehman,C.; Kolditz, O. and Nagel, T. (2018) “Models of Thermomechanical Heat Storage, Chapter-3, The FEM Simulation Software OpenGeoSys6”, Springer. (Models of Thermochemical Heat Storage | SpringerLink)

Certainly, for any beginner, ogs6 input files preparation are not easy going ! Moreover, some keywords in ogs5 and ogs6 are different. Many many thanks that at least, there are some test cases like Liakopolos experiment, for which input files are available for both ogs5 and ogs6.

Regards,

Mohammad