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D Heat Conduction

Hello Guillaume,

HK1.ic (137 Bytes)

HK1.MFP (171 Bytes)

HK1.mmp (1.31 KB)

HK1.msh (1.39 KB)

HK1.num (149 Bytes)

HK1.out (123 Bytes)

HK1.pcs (105 Bytes)

HK1.tim (96 Bytes)

HK1_msp.txt (587 Bytes)

HK1.bc (268 Bytes)

HK1.gli (252 Bytes)

···

attached you find your input files. I found following errors in your model:

*.mmp - error with $HEAT_DISPERSION input

*.gli - better add all points to your POLYLINE

    *.st - you don't need a source term if you have a constant temperature at domain bottom (if I understood your setup right)

    *.out - you can use $ GEO_TYPE DOMAIN if you want to output your variables for all nodes

Hope this helps.

Best

Aaron

PS: Please change the file ending of *.msp before running.

    Am 3/22/2018 um 12:11 PM schrieb Guillaume Doudou FAYE:

And here is the.MSP file:

; layer 0

#SOLID_PROPERTIES

$DENSITY

1 2620

$THERMAL

CAPACITY

1 815

CONDUCTIVITY

1 1.97

; layer 1

#SOLID_PROPERTIES

$DENSITY

1 1680

$THERMAL

CAPACITY

1 795

CONDUCTIVITY

1 0.83

; layer 2

#SOLID_PROPERTIES

$DENSITY

1 2240

$THERMAL

CAPACITY

1 810

CONDUCTIVITY

1 1.23

; layer 3

#SOLID_PROPERTIES

$DENSITY

1 1940

$THERMAL

CAPACITY

1 810

CONDUCTIVITY

1 1.30

; layer 4

#SOLID_PROPERTIES

$DENSITY

1 2160

$THERMAL

CAPACITY

1 810

CONDUCTIVITY

1 1.47

; layer 5

#SOLID_PROPERTIES

$DENSITY

1 2640

$THERMAL

CAPACITY

1 775

CONDUCTIVITY

1 3.23

#STOP

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         Aaron Peche (M.Sc.) PhD Student Institute of Fluid Mechanics and Environmental Physics Leibniz-Universität Hannover ------------------------------------------------------ Address: Appelstraße 9a 30167 Hannover, Germany Room Nr: 103 Tel.: +49 511.762 - 3711 E-Mail: ------------------------------------------------------

peche@hydromech.uni-hannover.de

Hi Aaron/Mohammad/Nori,

Thanks a lot for correcting my input files.

I run the simulation and it worked.

However, the result for the first step (i.e initial conditions) gives strange temperature values (view HK1_HEAT_TRANSPORT0).

I am expecting the initial temperature to increase linearly from 25 to 85 degC (from the surface to the bottom) but I it seems I got something different.

Attached are the result files. Please let me know if you have an idea about it.

Regards,

Guillaume

HK1_HEAT_TRANSPORT.pvd (364 Bytes)

HK1_HEAT_TRANSPORT0.vtu (6.32 KB)

HK1_HEAT_TRANSPORT1.vtu (6.32 KB)

···

De : ogs-users@googlegroups.com ogs-users@googlegroups.com de la part de Aaron Peche peche@hydromech.uni-hannover.de

Envoyé : jeudi 22 mars 2018 12:19

À : ogs-users@googlegroups.com

Objet : Fwd: Re: [ogs-users] D Heat Conduction

Hello Guillaume,
attached you find your input files. I found following errors in your model:

*.mmp - error with $HEAT_DISPERSION input

*.gli - better add all points to your POLYLINE

*.st - you don’t need a source term if you have a constant temperature at domain bottom (if I understood your setup right)

*.out - you can use $ GEO_TYPE DOMAIN if you want to output your variables for all nodes

Hope this helps.

Best

Aaron

PS: Please change the file ending of *.msp before running.

Am 3/22/2018 um 12:11 PM schrieb Guillaume Doudou FAYE:

And here is the.MSP file:

; layer 0

#SOLID_PROPERTIES

$DENSITY

1 2620

$THERMAL

CAPACITY

1 815

CONDUCTIVITY

1 1.97

; layer 1

#SOLID_PROPERTIES

$DENSITY

1 1680

$THERMAL

CAPACITY

1 795

CONDUCTIVITY

1 0.83

; layer 2

#SOLID_PROPERTIES

$DENSITY

1 2240

$THERMAL

CAPACITY

1 810

CONDUCTIVITY

1 1.23

; layer 3

#SOLID_PROPERTIES

$DENSITY

1 1940

$THERMAL

CAPACITY

1 810

CONDUCTIVITY

1 1.30

; layer 4

#SOLID_PROPERTIES

$DENSITY

1 2160

$THERMAL

CAPACITY

1 810

CONDUCTIVITY

1 1.47

; layer 5

#SOLID_PROPERTIES

$DENSITY

1 2640

$THERMAL

CAPACITY

1 775

CONDUCTIVITY

1 3.23

#STOP

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         Aaron Peche (M.Sc.) PhD Student Institute of Fluid Mechanics and Environmental Physics Leibniz-Universität Hannover ------------------------------------------------------ Address: Appelstraße 9a 30167 Hannover, Germany Room Nr: 103 Tel.: +49 511.762 - 3711 E-Mail: peche@hydromech.uni-hannover.de
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Hi,

you should set parameters of $DIS_TYPE GRADIENT as

GRADIENT reference position, reference value, gradient

BTW, as you are solving a steady state problem, I.C. has no influence on it.

Only B.C. matters.

Best,

Nori

···

Norihiro Watanabe, Dr.-Ing.

Researcher

Geothermal Energy Team,

Renewable Energy Research Center

Fukushima Renewable Energy Institute (FREA),

National Institute of Advanced Industrial Science and Technology (AIST)

2-2-9 Machiikedai, Koriyama, Fukushima 963-0298, Japan

TEL: +81 29 861 4463

FAX: +81 24 963 0828

EMAIL: norihiro.watanabe@aist.go.jp

URL: http://www.aist.go.jp/fukushima/

From: ogs-users@googlegroups.com ogs-users@googlegroups.com On Behalf Of Guillaume FAYE

Sent: Friday, March 23, 2018 1:40 PM

To: ogs-users@googlegroups.com

Subject: RE: Re: [ogs-users] D Heat Conduction

Hi Aaron/Mohammad/Nori,

Thanks a lot for correcting my input files.

I run the simulation and it worked.

However, the result for the first step (i.e initial conditions) gives strange temperature values (view HK1_HEAT_TRANSPORT0).

I am expecting the initial temperature to increase linearly from 25 to 85 degC (from the surface to the bottom) but I it seems I got something different.

Attached are the result files. Please let me know if you have an idea about it.

Regards,

Guillaume


De :
ogs-users@googlegroups.com ogs-users@googlegroups.com de la part de Aaron Peche peche@hydromech.uni-hannover.de

Envoyé : jeudi 22 mars 2018 12:19

À : ogs-users@googlegroups.com

Objet : Fwd: Re: [ogs-users] D Heat Conduction

Hello Guillaume,

attached you find your input files. I found following errors in your model:

*.mmp - error with $HEAT_DISPERSION input

*.gli - better add all points to your POLYLINE

*.st - you don’t need a source term if you have a constant temperature at domain bottom (if I understood your setup right)

*.out - you can use $ GEO_TYPE DOMAIN if you want to output your variables for all nodes

Hope this helps.

Best

Aaron

PS: Please change the file ending of *.msp before running.

Am 3/22/2018 um 12:11 PM schrieb Guillaume Doudou FAYE:

And here is the.MSP file:

; layer 0

#SOLID_PROPERTIES

$DENSITY

1 2620

$THERMAL

CAPACITY

1 815

CONDUCTIVITY

1 1.97

; layer 1

#SOLID_PROPERTIES

$DENSITY

1 1680

$THERMAL

CAPACITY

1 795

CONDUCTIVITY

1 0.83

; layer 2

#SOLID_PROPERTIES

$DENSITY

1 2240

$THERMAL

CAPACITY

1 810

CONDUCTIVITY

1 1.23

; layer 3

#SOLID_PROPERTIES

$DENSITY

1 1940

$THERMAL

CAPACITY

1 810

CONDUCTIVITY

1 1.30

; layer 4

#SOLID_PROPERTIES

$DENSITY

1 2160

$THERMAL

CAPACITY

1 810

CONDUCTIVITY

1 1.47

; layer 5

#SOLID_PROPERTIES

$DENSITY

1 2640

$THERMAL

CAPACITY

1 775

CONDUCTIVITY

1 3.23

#STOP

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Aaron Peche (M.Sc.)
PhD Student
Institute of Fluid Mechanics and Environmental Physics
Leibniz-Universität Hannover
------------------------------------------------------
Address: Appelstraße 9a
         30167 Hannover, Germany
Room Nr: 103
Tel.:    +49 511.762 - 3711
E-Mail:  peche@hydromech.uni-hannover.de
------------------------------------------------------

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