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    Numerical Analysis of the Desaturation Process at the Argillaceous Tournemire Site (France)

    New search for: Shao, Jian‐Fu
    New search for: Burlion, Nicolas
    New search for: Maßmann, Jobst
    New search for: Ziefle, Gesa
    New search for: Kohlmeier, Martin
    New search for: Zielke, Werner
    New search for: Shao, Hua
    New search for: Rejeb, Amel

    This contribution describes the simulation of the time dependent desaturation process around an excavated opening at the argillaceous Tournemire site. With comparative simulations the sensitivity of material parameters has been investigated. Two zones around the opening can be defined: a seasonally influenced zone in the near field, caused by the seasonal fluctuation of the air humidity, and a long term influenced zone in the far field, caused by the mean value of air humidity. In order to validate the developed model and to verify the chosen range of material properties, the simulation results are compared with in situ measurements of saturation profiles.

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    Numerical Analysis of the Desaturation Process at the Argillaceous Tournemire Site (France)

    New search for: Shao, Jian‐Fu
    New search for: Burlion, Nicolas
    New search for: Maßmann, Jobst
    New search for: Ziefle, Gesa
    New search for: Kohlmeier, Martin
    New search for: Zielke, Werner
    New search for: Shao, Hua
    New search for: Rejeb, Amel

    This contribution describes the simulation of the time dependent desaturation process around an excavated opening at the argillaceous Tournemire site. With comparative simulations the sensitivity of material parameters has been investigated. Two zones around the opening can be defined: a seasonally influenced zone in the near field, caused by the seasonal fluctuation of the air humidity, and a long term influenced zone in the far field, caused by the mean value of air humidity. In order to validate the developed model and to verify the chosen range of material properties, the simulation results are compared with in situ measurements of saturation profiles.

    Access

    Check access
    Check availability in my library
    Order at Subito €

    Numerical Analysis of the Desaturation Process at the Argillaceous Tournemire Site (France)

    New search for: Shao, Jian‐Fu
    New search for: Burlion, Nicolas
    New search for: Maßmann, Jobst
    New search for: Ziefle, Gesa
    New search for: Kohlmeier, Martin
    New search for: Zielke, Werner
    New search for: Shao, Hua
    New search for: Rejeb, Amel

    This contribution describes the simulation of the time dependent desaturation process around an excavated opening at the argillaceous Tournemire site. With comparative simulations the sensitivity of material parameters has been investigated. Two zones around the opening can be defined: a seasonally influenced zone in the near field, caused by the seasonal fluctuation of the air humidity, and a long term influenced zone in the far field, caused by the mean value of air humidity. In order to validate the developed model and to verify the chosen range of material properties, the simulation results are compared with in situ measurements of saturation profiles.

    Access

    Check access
    Check availability in my library
    Order at Subito €

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    Document information
    Title:

    Numerical Analysis of the Desaturation Process at the Argillaceous Tournemire Site (France)

    Contributors:

    Shao, Jian‐Fu (editor) / Burlion, Nicolas (editor) / Maßmann, Jobst (author) / Ziefle, Gesa (author) / Kohlmeier, Martin (author) / Zielke, Werner (author) / Shao, Hua (author) / Rejeb, Amel (author)

    Published in:

    Thermo‐Hydromechanical and Chemical Coupling in Geomaterials and Applications ; 353-362

    Publication date:

    2013-02-19

    Size:

    9 pages

    ISBN:

    9781848210431 , 9781118623565

    DOI:

    https://doi.org/10.1002/9781118623565.ch35

    Type of media:

    Article/Chapter (Book)

    Type of material:

    Electronic Resource

    Language:

    English

    Keywords:

    argillite , Tournemire , numerical modeling , HM‐coupling , desaturation

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