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Formulations for magma dynamics: The McKenzien view of the world

Formulations for magma dynamics: The McKenzien view of the world. Marc Spiegelman (LDEO/Columbia). Conservation Equations for flow in viscously deformable permeable media (McKenzie, 1984, J. Petrol; Spiegelman, 1993, JFM; S&K&A, 2001, JGR).

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Formulations for magma dynamics: The McKenzien view of the world

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  1. Formulations for magma dynamics: The McKenzien view of the world Marc Spiegelman (LDEO/Columbia) CIG Magma Dynamics Workshop

  2. Conservation Equations for flow in viscously deformable permeable media (McKenzie, 1984, J. Petrol; Spiegelman, 1993, JFM; S&K&A, 2001, JGR) CIG Magma Dynamics Workshop

  3. Conservation Equations for flow in viscously deformable permeable media (McKenzie, 1984, J. Petrol; Spiegelman, 1993, JFM; S&K&A, 2001, JGR) CIG Magma Dynamics Workshop

  4. A Better Formulation: (for 2-D, constant Viscosity Potential Form) (Spiegelman, 1993 JFM) Separate incompressible and compressible components CIG Magma Dynamics Workshop

  5. A Better Formulation: (for 2-D, constant Viscosity Potential Form) (Spiegelman, 1993 JFM) CIG Magma Dynamics Workshop

  6. Some Solutions 3-D Non-linear Solitary Waves Melt-Driven Solid Convection CIG Magma Dynamics Workshop

  7. Non-constant viscosity: native equations CIG Magma Dynamics Workshop

  8. An improved formulation? Split Pressure into “lithostatic”, “compaction” and “dynamic” pressures CIG Magma Dynamics Workshop

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