Mesh Generation

.arm | |
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Description | AcuMeshSim output file containing metadata that defines mesh locations - used for GUI visualization in AcuConsole |
Location | Same directory as .acs |
Name | Same as <problem> name given by you - <problem>.arm |
File type | ASCII |
.Meshsim.jou | |
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Description | AcuMeshSim output file containing details of the meshing process. Not generally used except for identifying problems with the meshing process |
Location | Same directory as .acs |
Name | Same as <problem> name given by you - <problem>.Meshsim.jou |
File type | ASCII |
Meshsim.txt | |
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Description | AcuMeshSim output file containing a summary of the meshing process - this information is displayed in AcuTail during the mesh generation |
Location | Same directory as .acs |
Name | <problem>.<ID> where <ID> is an ID generated by AcuMeshSim that usually reflects the number of times AcuMeshSim has been run for the particular problem |
File type | ASCII |
.cnn | |
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Description | AcuMeshSim output file containing connectivity of elements within a volume set |
Location | \MESHSIM.DIR directory below the location of the .acs file |
Name | <problem>.<volID>.<meshtype>.cnn, where <volID> is the volume ID, <meshtype> is the mesh type associated with the volume |
File type | ASCII (default) or binary |
.crd | |
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Description | AcuMeshSim output file containing coordinates of nodes within the model |
Location | \MESHSIM.DIR directory below the location of the .acs file |
Name | Same as <problem> name given by you |
File type | ASCII (default) or binary |
.ebc | |
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Description | AcuMeshSim output file containing identifiers for element collections associated with each surface set |
Location | \MESHSIM.DIR directory below the location of the .acs file |
Name | <problem>.<volID>.<volmeshtype>.<surfID>.<surfmeshtype>,
where <volID> is the volume ID <meshtype> is the mesh type associated with the volume <surfID> is the surface ID <volmeshtype> is the mesh type associated with the volume <surfmeshtype> is the mesh type associated with the surface |
File type | ASCII (default) or binary |
When you generate a mesh ( on toolbar), by
default AcuConsole first exports the mesh settings and then
AcuMeshSim is run. In this process, files and a directories
are created.
The mesh settings are contained within <problem>.ams, where <problem> is the problem name specified when you created the AcuConsole database. This file is used as input to AcuMeshSim and contains attributes defining the mesh settings globally, by volume set, by surface set, by edge set, by extrusion, and so forth.
Exporting the mesh settings also generates a directory associated with the CAD. The CAD.DIR directory is created at the same directory level as the .ams file. CAD.DIR contains a copy of the original geometry file that was imported into AcuConsole with the extension .x_t if an ASCII file was imported, or .x_b if a binary file was imported. CAD.DIR also contains a non-manifold CAD file with extension .smd.
AcuMeshSim generates two files that capture the outputs of the application; <problem>.<ID>.MeshSim.txt and meshsim.jou. The .MeshSim.txt file is automatically opened by AcuTail when AcuMeshSim is executed from AcuConsole, or it can be read manually with any text editor. The contents include information about the meshing process, node and element count, CPU time, and memory usage. Meshsim.jou contains additional details about the mesh process, and is useful for debugging when problems arise during the meshing process.
Once AcuMeshSim completes, additional files will be created within the specified mesh directory, with default name MESHSIM.DIR. MESHSIM.DIR contains the resulting mesh that was created by AcuMeshSim, stored in separate files to represent the different surface, volume, and other information that you requested. In addition to the files created in MESHSIM.DIR directory, a metadata file with default name <problem>.arm will be created in the specified directory. The .arm file points to the geometry file within CAD.DIR, and to the files contained within MESHSIM.DIR that contain the coordinate, connectivity, elemental boundary conditions, and nodal boundary conditions The .arm file is read by AcuConsole to import the contents of MESHSIM.DIR into the GUI for visualization and subsequent processing/storage.
Once you have successfully generated a mesh and saved the .acs file, you can safely delete the files generated during the meshing process and still have all of the information needed to generate a solution. If you need any of the files, they can be recreated by generating a mesh.