Method assignment can be automatic or manual.īodies contained in one partare conformally meshed. Part/Body based Meshing occurs at part or Geometry Configuration Multiple body Parts Geometry composed of multiple bodies in a part Imprintsįaces are imprinted on each other like facesįor identical mesh on these faces, use Match Control Results in unconnected mesh Note: The CFX users will still get duplicate nodes at interface in CFX, which is fine for its solverįaces in contact imprinted & fused toform a single face shared between 2 bodies Results in a no connection between the bodies (similar tomultiple parts) Geometry composed of multiple bodies in a part Depend on Shared Topology method (in DM) Prism: Concentration in one direction Angles unchanged Tetra: Concentration in one direction Angles change Hexa: Concentration in one direction Angles unchanged Results in Non-conformal interface.Meshes do not match. Geometry composed of Multiple parts No connection between parts (no face sharing)Ĭontact Region is automaticallycreated between2 faces The Details View provides options to review, Select an object (in the Outline) Related information to that object are displayed in the Details View belowĭetails of Fluid : contains graphical and geometric detailsĬlick the Mesh object or any of the inserted objects Right clicking on any object launches a context sensitive menuĮxample: contains commands to generate, preview, clear mesh etc. Mesh Meshing operations (controls & methods)ĭisplayed in the order in which they are inserted Quality Solution accuracy & stability deteriorates as mesh cells deviate from idealĪNSYS Meshing is launched within WorkbenchĬoordinate Systems Default global & user defined systems Integrates directly with other WB systemsĮquations are solved at cell/nodal locationsDomain is required to be divided intoĮfficiency & Accuracy Refine (smaller cells) for high solution gradients and fine geometric detail. The data in the parameters file is cross-referred in the attributes file whenĪ set of parameters is associated with the nodes/elements of the mesh.Ĭontains information regarding the Cartesian grid, if one has been created for your project.Ĭontains a record of the operations performed (see General in the ANSYS ICEM CFD Help Manual).Ĭontains a replay script (see Replay Scripts in the ANSYS ICEM CFD Help Manual).ANSYS Meshing is a component of ANSYS WorkbenchĬombines and builds on strengths of preprocessing offerings from ANSYS: ICEM CFD, TGRID (Fluent Meshing), CFX-Mesh, GambitĪble to adapt and create Meshes for different Physics and Solvers With the nodes/elements of the mesh for a project.Ĭontains mesh-independent data such as material properties, local coordinate systems, solver analysis Maintain the association of user-specified data for parts, element properties, loads, and constraints Blocking files can also be loaded from, or saved to, an unstructured mesh. Includes details of the underlying framework used to create a structured hexahedral mesh in your Shell meshes are composed of triangular and/or quadrilateral elements volume meshes may include tetrahedra, hexahedra, pyramids, and/or prisms. Includes details of the line, shell, and volume mesh elements of the project. An ICEM CFD project file contains the information necessary to manage the data files associated with your project.Ĭontains geometry entities, material points, parts associations, and global and entity mesh sizes.
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