HYPERMESH NOTES PDF
Note: You cannot delete an entity if the selected object is part of a construction history. If you press Delete, the entire object is canceled. If the object is not a part . Navigation: HyperWorks Release Notes > Finite Element Meshing and Modeling >. HyperMesh Release Notes. Previous page Next page Print this . HyperWorks includes a new tool, ANSYS Contact Manager, which provides an option to automatically create surface-to-surface contacts. Several changes.
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This is the default behavior. A typical example is a powertrain application, however the tool is designed to be a generic aid for tetmeshing. The introduction of the optimization model browser view allows you to setup multiple optimization problem definitions within a single HyperMesh session. Blending through the mesh option has been added for section mapping, line difference, surface difference, and normal offset.
While interactively morphing on a plane, the plane can be inferred using the selected handles. OSSmooth has been updated to support two-layer auto-bead generation. New option to read tags as metadata. The robustness of the algorithm has been improved; more use cases are now supported.
Automesh using free lines. Picking of morphing entities in hidden line graphics has been greatly improved.
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When remeshing, you can define a line that may or may not be on the plane of the elements, and upon remeshing, the mesh ensures that there is node seeding along the chosen free line. You can use options such as color by properties. Morph constraints and morph volumes are now available notss the renumber panel.
You can then select components, and define tolerance and break angle to define auto contacts. Improved solid geometry import performance. Support for mesh under surface difference in order to morph from surface-to-mesh, mesh-to-surface, and mesh-to-mesh has been added. Multiple optimization setups can be saved to the.
New panels and functionality. NX and NX2 readers have been removed.
The hypermdsh of solid geometry import for the CAD readers that import solid entities has been improved. There are additional features that allow a partial fill of the selected volume along with direction control for the partial fill. Issues related to the Convert panel on the Tool page have been fixed. Updates to Fix 2nd Order MidNodes utility. Tetramesh Process Manager Template is a new process based tool to enable users to tetramesh models in a reduced timeframe.
ANSYS solver does not support any formula for sets. New and updated Connector Realizations. You can now turn off and on morphing of connectors outside domains. Significant time reductions can be achieved when using the tool to tetmesh CAD data. Morph volumes can be created by dragging along a line, vector, or about an axis.
Graphics selection, pre-highlighting, and highlighting for the 3D graphical representations behave as their 1D counterpart representations. Block format is the latest of the two. Easier loading of property script for custom weld types. For multi-core machines, the performance gains are considerable now that the penetration check utilizes all available CPUs.
Sliver tetra element fix. Once a pair is accepted, auto generated property and material cards are attached to the pair and this information is added in the Contact Manager table. Issues related to mass calculations in summary templates for BEAMS and composites have been corrected.
Handles on morph volumes may be moved along, and extended beyond morph volume edges. The benefits of the two-layer auto-bead hhpermesh include significant improvements to the interpolation of the topographical results.
HyperWorks Release Notes > Finite Element Meshing and Modeling > HyperMesh Release Notes
Hypedmesh adhesive parameters such as the width, thickness, and number of strips along the width and thickness can all be defined during realization. Solid bolt hole support. This provides better control of midsurface extraction for these types of connections.
Contact summary in script format is available. After solid selection, the solid map panel takes you into the interactive mode where you can control the mesh density, element type, and mesh method before creating the solid mesh. New API commands to calculate the physical properties of solid geometry.