摘要：Computational algorithms for the numerical solution of the Navier-Stokes equations in fractured-porous media are formulated. Darcy's approximation to the equations of motion is considered and the resulting equations are solved using a boundary-fitted finite-difference technique. Two algorithms are discussed so as to consider the solution of the associated algebraic problem, namely: direct and iterative. Several examples are presented showing the capabilities (and the limitations) of the implemented codes in correspondence with the presented algorithms.
其他摘要：Computational algorithms for the numerical solution of the Navier-Stokes equations in fractured-porous media are formulated. Darcy's approximation to the equations of motion is considered and the resulting equations are solved using a boundary-fitted finite-difference technique. Two algorithms are discussed so as to consider the solution of the associated algebraic problem, namely: direct and iterative. Several examples are presented showing the capabilities (and the limitations) of the implemented codes in correspondence with the presented algorithms.
