Panel |
Description |
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Create or update accelerations. |
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Generate fluid-volume meshes for acoustic testing. |
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Add entities to existing connectors. |
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Create and update masses applied to nodes. |
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Create and modify input data pertaining to the Arbitrary-Lagrangian-Eulerian LS-DYNA capability. |
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Control the display of the model during animation sequences. |
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Use a "dummy" connector entity to add mass to a part, or create areas of mass to represent parts not present in the CAD or FE data. |
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Apply a displacement result to the nodes. |
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Create area-type connectors, such as adhesives. |
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Create collections of components. |
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Performs automatic geometry cleanup and prepares it for meshing based on the parameters set in the panel. |
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Interactively or automatically create meshes on surfaces. |
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A panel for most of the plate and shell meshing operations that allows you to work interactively on mesh parameters. |
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Edit axis label information. |
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Modify plot axes. |
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Create or update bar2 or bar3 elements. |
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Calculate beam section properties. |
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Create components that group beamsections together. |
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Create and modify block entities. |
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Create and modify HyperMesh group entities that correspond to OptiStruct body definitions. |
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Create and realize bolt connectors. |
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Edit the border of an XY plot. |
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Redefine the layout of the HyperMesh menu system. |
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Select the entities that are viewed in the card image subpanel. |
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Used to generate hybrid grids, containing hexa/penta elements in the boundary layer and tetra elements in the core or fare field. |
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Verify the quality of elements. Check warp, aspect, skew, angles, length, jacobian, connectivity, and duplicates. |
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Modify the color attributes of collectors. |
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Compare connectors. |
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Create components that group data together. |
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Align the element material angle of a mesh of shell elements and review material angle and ply directions. |
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Define manufacturing constraints for composite sizing optimization. |
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Define manufacturing constraints for composite shuffling optimization. |
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Create a surface or mesh for cones or cylinders. |
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Change the configuration of existing elements. |
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Create and manage connectors. |
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Define data for truncation threshold and maximum number of constraints to be retained per region, per load case for a given response type. |
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Create or update constraints or enforced displacements on nodes. |
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Create and modify contactsurf entities. |
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Create contour or assignment plots of results. |
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Edit solver specific data on a set of entities. |
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Create control volumes. |
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Exchange some data between different solver formats. |
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Sums the entities in the database. |
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Create and edits curves. |
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Create constraints for optimization problems. |
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Remove surface features. |
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Create deformed plot based on displacement results. |
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Delete data from the database. |
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Find nodes that have multiple DOF constraints. |
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Create user-defined functions for constraints and/or objective functions. |
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Link a design variable to other design variables. |
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Detach elements from adjoining elements. |
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Change one or more dimensions of existing geometry |
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Define a discrete design variable value table for use in size or shape optimization. |
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Find the distance or angle between nodes. |
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Add and edit domains or update the model. |
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Create a surface or mesh by dragging nodes, lines, or elements. |
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Rotate the dummy assemblies or specify the position of the H-Point of a dummy assembly. |
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Perform many edge-specific operations such as suppressing or combining. |
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Finds free edges and equivalences nodes on edges. |
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Create or edit new or existing curves from files or math expressions. |
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Build, combine, and split elements. |
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Improve element quality of a selected region. |
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Create solid elements or layers of plate or shell elements based on a plate or shell element by offsetting the shell elements in a direction normal to the surface they form. |
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Select and change existing element types. |
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Create and modify single or multiple ellipsoids and cylinders. |
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Create sets of nodes or elements. |
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Create, review, and update equations. |
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Find free faces and equivalences nodes on surfaces. |
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Write stress/strain results from finite element analysis to an external file that can be used to set up fatigue analysis in a supported fatigue solver. |
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Provide access to the Finite Difference panel. |
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Create or modify Finite Difference blocks. |
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Add (absorb) existing FE weld entities as realization to connectors. |
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Create, review, or update joints. |
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Display the edges of a model as one dimensional plot elements, providing a visualization tool to see the edges of a complex model. |
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Find entities (and IDs) in the database. |
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Create or update flux loading to nodes. |
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Create or update forces. |
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Morph mesh without domains, handles, or morph volumes. |
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Define design domains for free shape optimization. |
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Define design domains for free size optimization. |
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Create or update gap elements. |
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Create a single design variable (DESVAR) and multiple property relation (DVPREL1) cards for the components selected for size optimization. |
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Specify the template file, current component, element order and size. |
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Edits grid information. |
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Edits grid label information. |
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Add and edit handles, or save to or load from a file. |
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Create hidden line and shaded image plots of elements. |
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Define beam section entities before entering the HyperBeam module. |
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Launch the HyperLaminate module. |
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Create constraints that restrict the movements of nodes or force compliance with dimensional requirements during morphing. |
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Prepare and morph models. |
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Parameterize solver models for performing parametric, optimization, or stochastic studies. |
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Open a browser to display information on the models’ connectors. |
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Integrate a curve. |
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Create and modify interfaces that define a contact or sliding surface. |
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Create, review, or update joint elements for MBD simulation. |
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Edit the plot legend. |
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Determine the length of a group of selected lines. |
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Create a surface or mesh by dragging nodes, lines, or elements along a line. |
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Combine lines, splits lines at a point, at a joint, at a line, or at a plane, and smoothes lines. |
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Create 1D elements between nodes or along a line. |
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Create one dimensional plot elements. |
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Create solid elements between two groups of plate elements. |
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Create lines using a variety of methods. |
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Create components that group loads together. |
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Map loads or boundary conditions from geometrical entities to associated FE mesh entities. |
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Create and update collections of load collectors. |
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Select load types for new models or updates load types as defined in a template file. |
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Map parts of the model to lines or surfaces. |
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Create and modify markers. |
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Mask entities from the display list. |
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Obtain the mass, area, and volume of selected elements or surfaces. |
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Create or update mass elements. |
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Create components that group materials together. |
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Define kinematic joints between two local coordinate systems to connect two multibody collectors. |
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Create rectangular, planar surfaces for use in multibody analysis. |
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Extract the midsurface representation of a solid part. |
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Create or update moments. |
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Morph a model and create shape entities. |
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Create and manipulate morphing volumes. |
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Set restraints on morphing. |
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Edit options that affect morphing behavior. |
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Create components that group multibodies together. |
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Associate, move, or place nodes on a surface. |
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Create nodes using a variety of methods. |
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Display and adjust the normal of elements or surfaces. |
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Add non-structural mass entities to a model, or modify existing ones. |
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Display the IDs of entities. |
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Define objective functions for optimization problems. |
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Define a response and its reference values for a minmax (maxmin) optimization problem. |
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Control the optimization process. |
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Determine tolerance, zoom factor, element shrink, pick handles, and so on. |
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Perform topology, topography, size, and shape optimizations. |
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Write out OptiStruct input files and then solve by clicking the optistruct button. |
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Change elements from first to second order, or vise versa. |
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Move or copy entities between components. |
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Extract and import the final design geometry from OptiStruct’s topology, topography, and shape optimization results into HyperMesh. |
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Create and update blocks of entities used for output requests. |
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Check groups for initial penetration problems. |
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Setup shape optimization. |
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Switch x, y, z data of entities. |
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Create a planar surface or mesh bounded by planar lines. |
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Edit plot titles. |
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Create new plots and select curves to include on the plot. |
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Add, move, and edit fixed points. |
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Create free points using a variety of methods. |
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Position entities in space by selecting nodes. |
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Create, remove, and view preserved nodes. |
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Create or update pressures. |
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Project entities to a plane, vector, or surface. |
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Create components that group properties together. |
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Perform FE quality checks. |
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Calculate a single value to represent the quality of the displayed shell (2D) model. |
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Find the x and y values of a point in a curve. |
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Collects many tools for minor edits of model geometry. |
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Execute a RADIOSS run on your desktop from HyperMesh. |
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Create or update RBE3 elements. |
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Input an xy data set from an ASCII file. |
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Mirror entities about a plane. |
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Change collector names. |
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Renumber entities. |
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Change the order of named entities in the database. |
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Manually equivalence nodes. |
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Create responses for an optimization. |
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Create curves by extracting data from a HyperMesh results file. |
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Create and modify simple ribs between two surfaces. |
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Create and update rigid walls. |
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Create or update rigid or rigidlink elements. |
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Create or update rod elements. |
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Rotate entities about a vector. |
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Create a surface or mesh from nodes or lines which are unconnected. |
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Contains the panels used for safety analysis. |
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Modify the size of entities. |
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Create connectors that represent line connectors. |
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Create and route seatbelts onto a dummy. |
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Create and edit sensors. |
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Perform shape optimization. |
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Create and apply shapes to morph meshes. |
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Create a loose or tight shrink-wrap mesh over a model. |
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Perform simple math functions on a curve. |
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Setup and perform size optimization. |
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Create a surface or mesh skin across a set of lines. |
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Improve element quality on a surface mesh. |
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Analyze the behavior or fluid or gas inside a meshed part. |
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Trim/split or merge solid entities |
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Create a solid mesh by defining source, destination, and along surfaces. |
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Create a solid mesh within a volume defined by edge lines. |
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Create solids using a variety of methods. |
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Run an external program from within HyperMesh or assign and run a solver. |
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Create a spherical surface or mesh. |
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Focus on a specific area of a model by displaying only the model inside a three dimensional sphere, masking everything outside the sphere. |
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Create a surface or mesh by rotating nodes, lines, or elements about a vector. |
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Create a surface or mesh with lines. |
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Split elements into pre-defined patterns. |
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Create connectors. |
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Create or update spotweld elements. |
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Create or update spring elements. |
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Generate NASTRAN and OptiStruct subcase definitions. |
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Create a summary of elements, loads, and properties. |
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Assign nodes to a super element set and display the nodes of a super element set. |
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Trim surfaces with lines or surfaces, untrims surfaces, and create surfaces that fill gaps in the model. |
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Set the transparency level for the surfaces of selected components. |
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Create surfaces using a variety of methods. |
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Create components that group coordinate systems together. |
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Create local coordinate systems. |
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Specify values for the constraints used in defining functions. |
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Assign names to entities. |
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Add or remove temporary nodes. |
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Create or update temperatures. |
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Fill an enclosed volume with first or second-order tetrahedral elements. |
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Create and edit screen titles. |
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Setup and define topography optimizations. |
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Setup and define topology optimizations. |
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Create a toroidal surface or mesh. |
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Create an animation sequence from transient results. |
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Move entities along a vector. |
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Remove existing welds. |
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Displays version, update, and systems information. |
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Store and retrieve specific views of the current model. |
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Create components that group vectors together. |
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Create a vector entity. |
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Create vector plots from vector quantity results. |
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Create or update velocities. |
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Controls xy plot window size and placement. |
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Contains the xy plotting panels. |
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