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GeoStudio | PLAXIS Wiki Biot theory of poroelasticity
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    Biot theory of poroelasticity

    Application PLAXIS 2D
    PLAXIS 3D
    Version PLAXIS 2D
    PLAXIS 3D
    Date created 30 June 2016
    Date modified 30 June 2016

    This document verifies that groundwater flow principles are correctly implemented in PLAXIS. Poroelasticity theory, first introduced by Biot (1941), counts for coupled hydro-mechanical processes. The presented verification example studies the case of a drilled vertical borehole in saturated soil formation (porous rock), subjected to non-hydrostatic in situ stress. PLAXIS results are compared to the analytical solution provided by Detournay & Cheng (1988).

    Used version:

    • PLAXIS 2D: 2018.00 | 2016.01 | 2015.02
    • PLAXIS 3D: 2018.00 | 2016.02 | Anniversary Edition (AE.01)

     This requires a PlaxFlow module for groundwater flow

    Downloads

    • Validation - Biot theory of poroelasticity [2018].pdf
    • Validation - Biot theory of poroelasticity [2D 2018.00].p2dxlog (command log file) Use Save as... to store
    • Validation - Biot theory of poroelasticity [3D 2018.00].p3dlog (command log file) Use Save as... to store
    • PLAXIS 3D
    • coupled hydro-mechanical
    • validation
    • non-hydrostatic
    • PLAXIS
    • Biot
    • poroelasticity
    • PLAXIS 2D
    • porous rock
    • drilled
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    • Micha van der Sloot Created by Bentley Colleague Micha van der Sloot
    • When: Wed, Dec 18 2019 10:23 AM
    • Micha van der Sloot Last revision by Bentley Colleague Micha van der Sloot
    • When: Wed, Dec 18 2019 10:23 AM
    • Revisions: 2
    • Comments: 0
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