Loading docs/source/FluidEquations.rst +8 −8 Original line number Diff line number Diff line Loading @@ -3,21 +3,21 @@ Fluid Equations We define the following fluid variables: :math:`\rho_g = ` fluid density (assumed to be constant in the absence of reactions) .. :math:`\rho_g = ` fluid density (assumed to be constant in the absence of reactions) :math:`\varepsilon_g = ` volume fraction of fluid (accounts only for displacement of fluid by particle, does not account for the EB walls) .. :math:`\varepsilon_g = ` volume fraction of fluid (accounts only for displacement of fluid by particle, does not account for the EB walls) :math:`U_g = ` fluid velocity .. :math:`U_g = ` fluid velocity :math:`p_g = ` fluid pressure .. :math:`p_g = ` fluid pressure :math:`tau = ` viscous stress tensor .. :math:`tau = ` viscous stress tensor :math:`g = ` gravitational acceleration .. :math:`g = ` gravitational acceleration :math:`\beta_p = ` drag coefficient associated with a particle .. :math:`\beta_p = ` drag coefficient associated with a particle :math:`V_p = ` velocity associated with a particle .. :math:`V_p = ` velocity associated with a particle Below are the governing equations for the fluid: Loading Loading
docs/source/FluidEquations.rst +8 −8 Original line number Diff line number Diff line Loading @@ -3,21 +3,21 @@ Fluid Equations We define the following fluid variables: :math:`\rho_g = ` fluid density (assumed to be constant in the absence of reactions) .. :math:`\rho_g = ` fluid density (assumed to be constant in the absence of reactions) :math:`\varepsilon_g = ` volume fraction of fluid (accounts only for displacement of fluid by particle, does not account for the EB walls) .. :math:`\varepsilon_g = ` volume fraction of fluid (accounts only for displacement of fluid by particle, does not account for the EB walls) :math:`U_g = ` fluid velocity .. :math:`U_g = ` fluid velocity :math:`p_g = ` fluid pressure .. :math:`p_g = ` fluid pressure :math:`tau = ` viscous stress tensor .. :math:`tau = ` viscous stress tensor :math:`g = ` gravitational acceleration .. :math:`g = ` gravitational acceleration :math:`\beta_p = ` drag coefficient associated with a particle .. :math:`\beta_p = ` drag coefficient associated with a particle :math:`V_p = ` velocity associated with a particle .. :math:`V_p = ` velocity associated with a particle Below are the governing equations for the fluid: Loading