add_polygon ( X =, ,, ,, ,, ,, ], lcar = lc, )įinally, we assign rock types/materials as Gmsh physical properties. add_polygon ( X =, ,, ,, ,, , ], lcar = lc, ) bound_top = geo. Similarly to the fault entity, boundary entities are segmented to ensure conformity of the final mesh.īound_right = geo. Thus, physical boundary elements must be defined at the top, right and bottom sides of the model. In this sample problem, a no-flow boundary condition is imposed on the left side of the model (default in TOUGH), and Dirichlet boundary conditions are imposed elsewhere. add_polygon ( X =, ,, , ], lcar = 2.0 * lc, ) basaq_right = geo.
#Gmsh boundary layer example software
add_polygon ( X =, ,, , ], lcar = 0.75 * lc, ) uppaq_right = geo. Doc:ElmerFEM Elmer FEM documentation and tutorials Doc:Impact Impact documentation and tutorials Doc:Interop Is the section for discussing / sharing experience about CAE software interoperability / file formats conversion The Elmer GUI Tutorials give many examples on the use of Elmer in many different fields of application On your desktop or. add_polygon ( X =, ,, , ], lcar = 0.75 * lc, ) capro_bot_right = geo. Section 5 explains examples highlighting. add_polygon ( X =, ,, , ], lcar = 0.75 * lc, ) capro_top_right = geo. Section 3 is MeshKit and li- braries used for developing this algorithm. Likewise, we also define the aquifer located at the right side of the fault.Ĭenaq_right = geo.
add_polygon ( X =, ,, , ], lcar = 2.0 * lc, ) basaq_left = geo. add_polygon ( X =, ,, , ], lcar = 0.2 * lc, ) uppaq_left = geo.
add_polygon ( X =, ,, , ], lcar = 0.2 * lc, ) capro_bot_left = geo. add_polygon ( X =, ,, , ], lcar = 0.1 * lc, ) capro_top_left = geo.
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