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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These features can be treated separately from the rest of the model, for example you can have a very specific mesh criteria whereas the rest of the model can have a more relaxed mesh criteria where the feature capture is less critical. Tangency can be applied among multiple morph volumes rather than edge-by-edge.
Automesh using free lines is a new feature where instead of using the feature edge or automatic feature edge detection, you can use the nnotes option. You can now map morph hypermewh edge to line, surface, mesh, and equation map to geom.
OSSmooth has been updated to support two-layer auto-bead generation.
New API commands have been added to calculate the physical properties of solid geometry volume, center of gravity, moments of inertia, mass. New option nypermesh read tags as metadata. Improvements to the solid map functionality include a new capability that exposes full interactive mesh editing control of the solid before solid map mesh generation. The benefits of the two-layer auto-bead functionality include significant improvements to the interpolation of the topographical results.
NX and NX2 readers have been removed.
Morph constraints and morph volumes are now available from the renumber panel. Improved feature capture – preserve rounded bead midline. Multiple optimization setups can be saved to the. Options have been added for extended edges and depenetration for on elements type constraint.
Show and reverse normal is also possible at any time. Picking of morphing entities in hidden line graphics has been greatly improved. Mapping and constraining domains, nodes, and morph volume edges to analytic surfaces described by algebraic equations can now be performed see map to geom and morph constraints panels. You can now turn off and on morphing of connectors outside domains. 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 htpermesh creating the solid mesh.
Post-processing of electromagnetic results in HyperView has been introduced. Generic shape hypsrmesh model type constraints such as length, volume, angle, and radius can be automatically generated.
HyperWorks Product Updates
There are additional features that allow a partial fill of the selected volume along with direction control for the partial fill. This provides better control of midsurface extraction for these types of connections. New API commands to calculate the physical properties of solid geometry.
While interactively morphing on a plane, the plane can be inferred using the selected handles.
This is the default hypermes. Naming control option when importing Catia files. See Model Browser for a complete explanation of the Model Browser. Connectors can be morphed by type, for example, bolts and welds as clusters where as, seams as stretchable.
A search for the property script now occurs in the directory from which the feconfig. The Auto Contact browser appears in the Utility menu.
Automesh using free lines.
Available Product Updates
Issues related to mass calculations in summary templates for Noges and composites have been corrected. Previously, point load applied on nodes rotated to local systems was not properly handled. This tool lists all types of contact definitions present in the model. The robustness of the algorithm has been improved; more use cases are now supported.
In addition to components, elements, nodes, and tags, assemblies are now supported as link entities for connector realizations. New mesh flow functionality has been introduced in the automesh panel. The introduction of the optimization model browser view allows you to setup multiple optimization problem definitions within a single HyperMesh session. There are numerous options that allow the boundary nodes and internal nodes to move, as well as options that allow complete control over whether you wish to notse either sliver or wedge, or both types of hyppermesh.
New element configurations have been added to the special second order element creation macro. The new generate solid mesh option is available for both the Loose and Tight shrink wrap algorithms — the output is an all hexa mesh model. Only constant beam section and thickness elements are considered. Hypemesh new line projection options for map-to-sections and line difference have been added. Adhesive support to connector property scripts has been added for: Unoffsetable nodes for regular tetra meshing with quad transitions can be handled.
A new capability for creating adhesive realization using seam connector building continuous hexa using lines as input has been implemented. There is an additional parameter called minimum jacobian; this option essentially controls the proximity of the solid mesh to the original features hypermwsh ensuring the solid mesh meets the pre-defined hyppermesh quality.
Options also exist to specify the start point of the line and the type of line to create when the direction of curvature changes within the line.
HyperWorks Release Notes > Finite Element Meshing and Modeling > HyperMesh Release Notes
Issues related to the Convert panel on the Tool page have been fixed. You can interpolate surface function for hpyermesh a mesh to, or creating a mesh through, a surface interpolated from nodes or lines.
The performance of solid geometry import for the CAD readers that import solid entities has been improved.