New Features in Trelis 16.1
New Features in Trelis 16.0 ’N’ Tets Through the Thickness Refinement *** ABAQUS Parameters *** *** NASTRAN Parameters *** 1. Arithmetic Operators 1. File Inclusion 1. Functions 1. Mathematical Functions 10. Relational Expressions 11. Conditional Expressions 12. White Space 13. Switch Statements 14. Conditionals and Loops 2. Assignment Operators 2. Conditionals 2. Cubit Functions 2. Variables 2D Elements 3. Loops 3. Numbers 3. Relational Operators 3.String Functions 4. Boolean Operators 4. Strings 5. Operators 5. String Operators 6. Delimiters 7. Expressions 8. Algebraic Expressions 9. String Expressions A Sample Filter that Includes Additional User Interface A Simple Example Filter Abort Handling Accessing the Dialog Accumulated geometric error ACIS Geometry Kernel ACIS kernel updated to Version 2021.1.0.1 Adapt Cells at Non-manifold Nodes Adaptive Curve Meshing Adaptive Refinement Threshold Adaptive Refinement Type Adaptive Surface Meshing Adaptive Volume Meshing Adaptivity And Sizing Functions Added support for Corvid Velodyne files Adding Command Panels to the GUI Adding Command Panels to the GUI Adding Materials to a Block Additional Copyright Notices Additional Interval Constraints Adjust Boundary Adjust Boundary Orthogonal Adjusting Orientation Adjusting the Automatic Vertex Type Selection Algorithm Advanced Arguments Align Align (3 Step) Align Command Align Mesh Alpha Commands Analyzing Geometry Angle - Minimum/Maximum ANSYS LS-DYNA keyword ANSYS LS-DYNA supported keywords Appendix Apply Deformations Apply Script Approximate Triangular Quality Definitions: APREPRO APREPRO Additional Functionality APREPRO Comments APREPRO Functions APREPRO Journaling APREPRO Operators APREPRO Predefined Variables APREPRO Rules APREPRO Syntax APREPRO Units Arc Center Angle Arc Center Vertex Arc End Vertices and Radius Arc Three ASCII format Assembly Checks Assigning a Name or Description to an Element Block Assigning Attributes to Blocks Assigning boundary conditions Assigning Colors Assigning Global Colors Assigning Names and Descriptions to Nodesets and Sidesets At Arc At Intersection Attach the sizing source ellipsoid(s) to the volume(s) Attribute Behavior Attribute Commands Attribute Types Auto Healing Auto Scheme Selection General Notes Auto-Contact Tool Automatic creasing of U-splines Automatic Detail Suppression Automatic Forced Sweepability Automatic full creasing on a Cubit mesh Automatic full creasing with user-specified creased edges Automatic Geometry Clean-up Automatic Geometry Decomposition Automatic Interval Size Specification Automatic Journal File Creation Automatic Mesh Deletion Automatic Mesh Quality Assessment Automatic minimal creasing example on a Cubit mesh Automatic minimial creasing with user-specified creased edges Automatic Name Creation Automatic Name Propagation Automatic Scheme Selection Automatic Sideset Definition Automatic Small Curve Removal Automatic Small Surface Removal Automatic Specification of Interval Size Automatic Surface Split Automatically Assigning Mesh Edges to a Block (Rebar) Automatically Compositing Curves Automating geometry and meshing tasks. Automotive preprocessing in Coreform Cubit Available Colors Bad Angles Bad geometry representation Basic Arguments Basic CAD to U-spline workflow Basic Group Operations Basic lattice workflow Basic Sculpt BBIA Solver < Cubit 17.1 (Cubit 15.6) Before and after using the command Better Fitting STL Between Bias Sizing Function Bias, Dualbias Binary format Black screen sometimes appears in the U-spline display Blend Surfaces Block Repositioning Block_Offset, Sideset_Offset, Nodeset_Offset Blocks Blocks of Input Base Exodus Mesh Bodies and Volumes Body Body Bottom-up element creation Bottom-Up Geometry Creation Boundary Condition Attributes Boundary Condition Sets Boundary Conditions Boundary Layer Begin Boundary Layer Bias Boundary Layer End Boundary Layer Improvements in Trelis 16.0 Boundary Layer Material Boundary Layer Thickness Boundary Layers Boundary Layers on Merged Surfaces Boundary Layers Projected into Volume Boundary Mesh Smoothing Bounding Box Calculations Bounding Box Expansion Factor Bounding Curves Bounding Vertices or Nodes brick1.stl brick2.stl bricks.diatom Buffered Drawing build uspline build uspline crease group build uspline lattice build uspline optimized Building a Sweepable Topology Building lattice structures with user-defined reference cells Building U-spline lattices Building U-spline meshes for ANSYS LS-DYNA analyses Building U-spline surfaces Building U-spline volumes By Projection Bézier mesh with two elements Capture Capture Angle Capture Side Case Insensitive Names Case-Insensitive Entity Names Case-Insensitive Names Cell Size Center Center Centroid Area Pull CFD_BC_Entity Changing Camera Attributes Directly Changing the Taper of Surfaces Changing the View Transformation Button Bindings Changing the visibility of a Sizing Source Changing tool for generating documentation Check for periodic geometry Chop Command Circle Classes Clean Up the Geometry Cleaning Out Groups Cleaning up a free mesh Cleaning Up a Hexahedral Mesh Cleaning Up a Tetrahedral Mesh Cleanup model geometry (Optional) Close To Coefficient Coefficient vectors Cohesive Elements Coincident Node Check Collapse Angle Collapse Curve Collapse Geometry Collapse Surface Collapsing Mesh Collapsing Mesh Manually Collapsing Mesh Using Quality Metrics Color Smoothing Improvement Colors Column Deletion Column Groups Column Insertion Column Swapping Combine Existing Curves Combine Genesis IDs Combine Genesis Names Command Line Entity Specification Command Line Help Command Line Interface Command Line Syntax Command Line View Navigation: Zoom, Pan and Rotate Command Line Workspace Command Options Command Panel Functionality Command Panels Command Panels Command Panels for Specifying Location, Direction, Plane, and Axis Command Syntax Command Window Commands Commands Available Comment Comments on Algebraic Quality Measures Comments on Algebraic Quality Measures Comments on Algebraic Quality Measures Common Options Complete Composite Curves Composite Determination Composite Geometry Composite Surfaces Condition Number Cone Surface Conforming the tetmesh to internal features Constant Sizing Function Constructing the U-spline Contact Surfaces Context (Right Click) Menu Context Sensitive Help in the GUI Continuing Meshing After a Mesh Failure Continuity grading near creased vertices Control By Attribute Type or Geometric Entity Control point information Controlling Automatic Journal File Creation Controlling Exodus II Output Precision Controlling Flattening of Elements Controlling Mesh Quality Controlling Paver Cleanup Controlling Playback of Journal Files Controlling The Application Controlling the Execution of Sculpt Controlling the gradation of the mesh size inside the volume Controlling the Grid Search for Intersection Checking Controlling the Paver Sizing Function Controlling the Surface Evaluation Method for Composite Surfaces Conversion Conversional Meshing Schemes Converting an Exodus II file to ASCII Coordinate Plane Coordinate Plane Coordinate Plane Copy Copy Copy Command Copying a Mesh Coreform Cubit™ Application Window Coreform Cubit™ Reference Manual Coreform Lattice GC Corner Axis (Triad) Corner Specification Correcting Merge Problems Corvid PyQt5 Addon Instructions CPU Time Creasing of extraordinary vertices Create a Chamfer or Fillet Create a directory for the new command panel Create a directory to store command panels Create Panel UI Create subdomains for *SET_ keywords Create the sizing source ellipsoid Creating a Basic Tool Button Creating a Circular Surface Creating a Command Panel Button Creating a free mesh Creating a Helix Creating a Journal File Button Creating a lite mesh Creating a New Toolbar Creating a Parallelogram Creating a Python Script Button Creating a Rectangle Creating A Surface From Mesh Entities Creating a surface offset Creating a thin offset volume Creating an Ellipse Creating and Merging Mesh Elements Creating and Modifying Selections Creating Beam Blocks Creating boundary conditions Creating Bricks Creating common node connections Creating Curves Creating Cylinders Creating Edge Elements Creating Element Blocks Creating Face and Tri Elements Creating Frustums/Cones Creating Hex and Tet Elements Creating Mesh Elements Creating Mesh-Based Geometry Models Creating Mesh-Based Geometry on Import Creating Mesh-Based Geometry to fit a Free Mesh Creating Nodes Creating Nodesets Creating Nodesets and Sidesets Creating Parameterized Filters Creating Prisms Creating Pyramids Creating reference cells in Coreform Cubit Creating rigid connections Creating Sphere Blocks Creating Spheres Creating Spider Blocks Creating Spring Blocks Creating Surfaces Creating the tolerant mesh Creating tied contact Creating Toruses Creating Vertices Creating Volumes Creating volumes from surfaces Creating Wedge Elements Creating your own geometry Credits Cross Crossing CUB Files Cubit (Mac Only) Cubit Boundary Conditions Cubit commands quick reference Cubit File Method Cubit Files Cubit Geometry Formats Cubit History Preferences Cubit Initial Conditions Cubit Layout Settings Cubit Mesh Entity ID Spaces Cubit Software Development Kit (SDK) for C++ Cubit Solution Options Cubit Style Sheets Cubit Support Cubit Workflows Cubit-Python Interface CubitFailureException CubitInterface Namespace Reference Current Limitations Current Limitations Curvature Curvature Sizing Function Curve Curve Meshing with Exodus II - based Field Functions Curve Minimum | Maximum Curve Optimization Threshold Curve Smoothing Custom Material Commands Customization Options Customizing the Application Window Customizing The User Experience Cylindrical Surface Dealing with non-analytic spline entities in CAD Debug Flag Debug Processor Debugging Geometry Default Element Blocks Default Scheme and Interval Selection Default Scheme Selection Defeature Defeature at Bounding Box Defects Fixed in Coreform Cubit 2020.2 Defects FIXED in Coreform Cubit 2021.11 Defects Fixed in Coreform Cubit 2022.4 Defining Materials and Media Types Defining PARAMS for NASTRAN Defining the Element Type Defining the Geometric Model Degenerate (Edge Collapse) Threshold Delete Deleting a Sizing Source sizing object Deleting Element Blocks Deleting free mesh elements Deleting Groups Deleting Mesh Elements Deleting Nodesets and Sidesets Deleting Partitioned Surfaces Deleting Virtual Geometry Details on Robinson Metrics for Quadrilaterals Detecting Invalid Geometry Determining an Appropriate Merge Tolerance Determining the Cubit Version Determining the Small Feature Size Diagnostic Panels Diagonal and Orthogonal Rebar Blocks Diatom File Digits Displayed Dir Direction Directional Refinement Disassociating a mesh from its geometry Discussion Displacement Combinations Displacements/Accelerations/Velocities Display Display Display Display Preferences Display U-spline projection error in Cubit Display Volume Overlaps and Neighbors from Context Menu Displaying Composite Surface Lines Displaying Element Blocks Displaying Entity Orientation Displaying Nodesets and Sidesets Displaying Using the Element Facets Distance Docking and Undocking the Input Window Drag a command panel onto the toolbar Drag and Drop Dragging from Target Entities to Source Selection Draw Draw draw uspline draw uspline projection_error Drawing a Location, Direction, or Axis Drawing Columns Drawing Lines Drawing Locations Drawing Locations, Lines and Polygons Drawing Mesh Intersection Drawing Other Objects Drawing Polygons Drawing, Locating, and Highlighting Entities Drop Down Menus Drowpdown windows show on wrong display on Mac Duplicate Block Elements Duplication Meshing Schemes Echoing Commands Echoing the ID of the Selection Edge Length Edge Swapping Edit Editing Entity Attributes from the Property Page Element and Node ID Collision Fail Element and Node ID Maps Element Block Definition Examples Element Block Specification Element Blocks Element Ids Element information Element Numbering Element Shape Element Shape Improvement Element Types Element Types Element Types Ending at a Face Ending at a Face with Multiple Ending at a Surface Ending at a Surface Ending at a Surface with Multiple Ending at a Surface with Multiple Ending at Face with Direction Ending at Surface with Direction Ending at Surface with Direction Enhancements in Coreform Cubit 2022.4 Enhancements to Free Entity Selection Enhancements to Free Entity Selection Enhancements to Meshedit Command Entering Commands Entities cannot be creased using build crease group Entity Entity IDs Entity Labels Entity Measurement Entity Names Entity Operations Entity parsing
Entity Selection Entity Selection And Filtering Entity Selections Entity Visualization Entity Visualization Options Environment Commands Environment Variables Equal Equation-Controlled Distribution Factors Equipotential Error Logging Error Window Estimating Merge Tolerance with Small Feature Size Even Examining Merged Entities Example Example Example Example Example Example Example Example Example Example 1 Example 1 Example 2 Example 2 Examples Examples Examples Examples Examples Executing ANSYS LS-DYNA Execution Command Syntax Exiting the Session Exodus Exodus Boundary Conditions and Element Types Exodus Coordinate Frames Exodus File Exodus II File Specification Exodus II Manual Exodus II Model Title Exodus II-based Field Function Explanation of command parameters Explicit Specification of Intervals Export Export Export Communication Maps Export formats Export Refined Cartesian Grid export uspline lattice tessellation Exporting a lite mesh Exporting a Parallel Mesh for pCAMAL Exporting a STEP file from Pro/Engineer Exporting a Toolbar Exporting ACIS Files Exporting an Exodus II File Exporting ANSYS CDB files Exporting block-partitioned BEXT U-splines Exporting block-partitioned U-splines with node sets Exporting Facet and STL Files Exporting Fluent Grid Files Exporting free meshes Exporting Geometry Exporting IGES Files Exporting Mesh-Based Geometry Exporting multiple BEXT files Exporting Sierra Files Exporting STEP Files Exporting the Finite Element Model Exporting U-splines Exporting U-splines for use in LS-DYNA Exporting U-splines with LS-DYNA node sets Extended Command Line Entity Specification Extended Parsing Syntax Extended Selection Dialog Extended Selection Dialog Extended Surface Extended Surface Extending a Curve Extracting a Single Hex Sheet Extracting multiple sheets along a curve Extrema Extrema Extruding Mesh Elements Facet - Absolute/Angle Facet File Format Facet Tolerance Facetted Representation Facetted Representation Farfield Pressure FASTQ FEA Model Size Feature Angle Feature Angle Feature Angle FeatureSize Fem/New/Old Options File File File Formats File import File Manipulation File Name Fillet Removal Example Filter Find Overlap Settings Finding Intersecting 2D Mesh Finding Intersecting 3D Mesh Finding Intersecting Mesh Finding Nearly Coincident Entities Finding Surface Overlap Fine Tuning the Merge Tolerance Fire Ray fit uspline Fixed or Free Fixing a Geometric Entity Focus Follows Cursor Focused Smoothing on Groups of Mesh Entities fold uspline lattice ref geom Force merge specified geometry entities Forced Sweepability Forces Fraction Free Mesh Transformation Operations Free Mesh vs. Mesh-Based Geometry Free Meshes Free Meshing Schemes Free Surface Sidesets From Location From Mesh Edge From Vertex From Vertex Onto Curve FullHex vs. NodeHex Representation Functions Functions Future: Pyside Addon Instructions Gap - Minimum/Maximum Gaps in ID space General Attributes General Constraints General Meshing Information General Notes General Notes General Plane Specification General Preferences Generate Periodic Mesh Generate Sidesets Generating a Mesh in ITEM Generating a Tetmesh from a Skin of Triangles Genesis Collision Fail Geo Smooth Max Deviation GeomEntity Geometric Primitives Geometry Geometry Geometry Geometry Accuracy Geometry Adaptive for TriMesh and TetMesh Schemes Geometry Adaptive Sizing Function (Skeleton Sizing) Geometry Analysis Tools Geometry and Mesh Entity Visibility Geometry Attributes Geometry Attributes Geometry Booleans Geometry Cleanup and Defeaturing Geometry Compliant Lattice Structures Geometry Creation Geometry Creation, Modification, and Healing Geometry Decomposition Geometry Decomposition Geometry Decomposition Geometry Defaults Geometry Deletion Geometry file formats Geometry Formats Geometry Groups Geometry Imprinting and Merging Geometry Operations Geometry Orientation Geometry Power Tools Geometry Preview Geometry Repair Tools Geometry Tolerant Meshing Geometry tools: Create tangent curve Geometry tools: Taper surfaces Geometry Transforms Geometry-Aware Spider Blocks Getting Help Global creasing options Global Element IDs Global Element IDs Global Mesh Refinement Global Smoothing Global Tetmesher Options Global Trimesher Gradation Options Grafting Options Grafting Scope Graphical Display Information Graphical User Interface Graphical User Interface Graphical User Interface Graphical User Interface Graphics Graphics Graphics Camera Graphics Clipping Plane Graphics Display Capabilities Graphics Lighting Model Graphics Modes Graphics Scale Graphics Status Graphics Window Graphics Window Control Graphics Window Size and Position Graphics, Utilities, etc. Graphics, Utilities, etc. Group Group Booleans Group Copy and Transform Group Propagation Grouping elements in voids and enclosures Grouping Faces on a Surface into a Sideset Grouping Sweepable Volumes Groups Groups Groups in Graphics Groups Persist across Webcut Guaranteed Quality Threshold Guiding the user through the workflow. Hardcopy Output Hardware Requirements Healer Settings Healing Healing Attributes Help Hex Sheet Drawing Hexahedral Coarsening Hexahedral Quality Definitions Hexahedral Refinement Using Sheet Insertion Hexset Command High Order Elements Highlight Highlight Line Width History History and snapshots History Preferences History Window Hole Hole Removal Example How to Use the ITEM Wizard How to Use This Manual HTet HTet HTet Material HTet Method HTet Transition HTET Unstructured Option Idless Journal Files IIA Solver >= Cubit 17.1 (Cubit 15.6) Immersive Topology Environment for Meshing (ITEM) Immutable Variables Import Import Options Import Options Import Options Import Settings Importing 2D Exodus Files Importing a Free Mesh Without Geometry Importing a Lite Mesh Importing a Mesh Importing a Mesh Onto Existing Geometry Importing a Mesh onto Modified Geometry Importing a Mesh with Nodeset Associativity Importing Abaqus Files Importing ACIS Files Importing ACIS files at startup Importing an Existing Toolbar Importing CAD files is slow on Mac Importing CAD model geometry Importing Cubit into Python Importing Exodus II Files Importing Facet Files Importing FASTQ Files Importing Fluent Files Importing Geometry Importing Granite Files Importing I-DEAS Files Importing IGES Files Importing Nastran Files Importing Patran Files Importing STEP Files Imprint Imprint Settings Imprinting Geometry Improve Improved Quality Improving Mesh-Based Geometry Models for Meshing Including generated files Inflating a set of Tets Information Information About the Selection Inheritance diagram for Body: Inheritance diagram for CubitFailureException: Inheritance diagram for Curve: Inheritance diagram for Entity: Inheritance diagram for GeomEntity: Inheritance diagram for InvalidEntityException: Inheritance diagram for InvalidInputException: Inheritance diagram for Surface: Inheritance diagram for Vertex: Inheritance diagram for Volume: Initial Mesh Size Initial set of ANSYS LS-DYNA keywords that support LS-DYNA BEXT input Initial setup Initialization Files Inlet Massflow Inlet Pressure Inlet Velocity Input Base Exodus Mesh Input Base mesh defined by Pamgen Input Cartesian Exodus File Input File Input Microstructure File Input Microstructure SPN File Input Volume Fraction File Insert void material to remove overlap Instancing Parts with ABAQUS Interacting with GlobalElement IDs Intersect Intersection Types Interval Assignment Interval Assignment Interval Firmness Interval Matching Interval Sizing Function Interval Solver Version Introduction Introduction InvalidEntityException InvalidInputException Inverse Sizing Function Isogeometric analysis ITEM Meshing Suggestions Journal Editor Toolbar Journal File Creation and Playback Journal File Editor Key Features Key Press Commands for the GUI Keywords Known Issues Label Defaults Laplacian Laplacian Iterations Large Exodus Format Last Last Direction Used Last Location Used Last Location Used in a Command Lattice Arguments: Lattice GC command reference Launch the Dialog Layout Preferences Limitations Limitations Limitations Limitations Introduced in Coreform Cubit 2020.2 Limited Support for Incrementally Adding Boundary Layers Line Width Linear Sizing Function Linux or macOS Instructions List List List List Cubit Environment List Geometry List Interval List Mesh List Model Summary List Names Example List Special Entities List Surface [range] Ids’ Examples Listing and Drawing Vertex Types Listing Information Lite Meshes Load Existing Filters Loc Local HTet Transition None Local HTet Transition Pyramid Local HTet Transition Tied Contact Local Refinement of Tets, Triangles, and Edges Location and Normal Vector Location and Two Vectors on the Plane Location, Direction, Plane and Axis Specification Loft Surfaces Together Logical Rectangle Loop Minimum | Maximum Loops and Journaling Loss of Resolution due to initial faceting macOS cannot verify the developer of Coreform Cubit-2022.4
Magic Mesh Button Maintaining distance between perpendicular continuity transitions Make elements Manual Constraints Mapping Match Sideset Ids Matching Tetrahedral Meshes Material Definition with Input Mesh Maximum Guaranteed Quality Iterations Maximum Number of Defeature Iterations Maximum Optimization Iterations Maximum Parallel Coloring Iterations Maximum Spanning Angle on Arcs Maxmimum Degenerate Iterations Mean Ratio Measure Angle Measure Between Measure Small Measure Void Memory Usage Information Merge Merge Merge geometry automatically Merge Nodes Merge Tolerance Merging a free mesh Merging Geometry Merging Nodes Mesh Adaptivity and Sizing Functions Mesh Cleanup Mesh Coarsening Mesh Column Operations Mesh Cutting Mesh Defaults Mesh Deletion Mesh export: ’mesh-only’ export for ANSYS LS-Dyna Mesh Generation Mesh Generation Mesh Generation Process Mesh Grafting Mesh Import Mesh Import Mesh Import Tolerance Mesh Intersection Group Naming Mesh Interval Preview Mesh model geometry Mesh Modification Mesh Parameters Mesh Pillowing Mesh Quality Assessment Mesh Quality Command Syntax Mesh Quality Example Output Mesh quality on a free mesh Mesh Quality Tool Buttons Mesh Quality Tools Mesh Refinement Mesh refinement on a free mesh Mesh Scaling for Flexible Hex Refinement Mesh size on fixed geometry entities Mesh Slicing Command Mesh Smoothing Mesh Topology Check Mesh Validity Mesh Visualization Mesh Void Mesh-Based Geometry Mesh-Based Imprinting Meshcut Options Meshcutting Example Meshcutting Scope MeshErrorFeedback Meshing Meshing Meshing Attributes Meshing Mesh-Based Models Meshing Multiple Materials With Sculpt Meshing Operations Meshing Schemes Meshing the Geometry Meshing the Void Meshing Tools Message Output Settings Metrics for Edge Elements Metrics for Hexahedral Elements Metrics for Quadrilateral Elements Metrics for Tetrahedral Elements Metrics for Triangular Elements Metrics for Wedge Elements Microstructure Expansion Microstructure Shave Midsurface Minimum Number of Cells in a Volume Miscellaneous Boundary Condition Commands Miscellaneous Graphics Options Mixed Element Output Model Axis Model Axis Model Tree Modification to lite mesh Modify a Sizing Source sizing function Modify BREP topology for quality meshing (Optional) Modifying an Existing Toolbar Mouse Based View Navigation: Zoom, Pan and Rotate Mouse navigation different in U-spline display window Mouse Settings Move Move Command Move Undo Moving Bodies Relative to Other Geometric Entities Moving Merged Entities Moving Other Geometric Entities Multi-line Strings Multiple Curves in FLATQUAD Blocks Multiple Element Blocks Multiple Location Specification Multiple Selected Entities Multisweep Naming Convention for Propagated Hex Groups Naming Merged Entities Navigation Marker Navigation XML Files Net Surface New New Command Panel Navigation Method New CubitInterface functions New Features in 16.4 New Features in 16.5 New features in Coreform Cubit 2021.11 New Features in Trelis New Features in Trelis 16.3 New Geometry Power Tool Diagnostics and Solutions New HDF5 file type supported New In 16 New In Coreform Cubit New Mass Increase Ratio metric added to Cubit New Meshing Collapse Commands New Node Constraint Options New Sculpt options No More Highlight Color Collisions Node and Nodeset Repositioning Node Constraints for High Order Elements Node Numbering Node numbering Node or Vertex Node Ordering Node Redistribution Node_Offset and Element_Offset Nodeset and Sideset Specification Nodeset Associativity Data Nodeset Ordering Nodesets Nodesets/Sidesets Nodesets/Sidesets/Blocks Behavior with Geometric Entity Copy Non Exodus Non-Manifold Topology Non-Manifold Topology Normal Normal Vector and Coefficient Normalized Inradius Metric for tet10 Elements Notes on Mesh Slicing Number of Adaptive Levels Number of Element Layers in Boundary Layer Number of Element Layers to Buffer Curves Number of Intervals X Number of Intervals Y Number of Intervals Z Number of Processors Number of processors in I Number of processors in J Number of processors in K Number of Times Number of Times Number of Times with Direction Number of Times with Direction Number of Times with Multiple Number of Times with Multiple Offset Offset Offset Offsetting Mesh Elements On a Curve On a Plane On a Surface On Curve - Fraction On Curve - General On Curve Tangent On Surface Normal op_type Description Entity1 Entity2 Params Open ’<filename>’ Open Asset Import Library Opening the Merge Tolerance Panel Optimization Threshold Optimize Jacobian Options Menu Other Enhancements to Coreform Cubit 2020.2 Other Formats Other Functionality Available in the Journal Editor Other Merge Commands Other Options Outlet Pressure Panel UI Widgets Panning Panning Parabolic, Circular, Ellipse Parallel Coloring Threshold Parallel Meshing Parallel Meshing Scheme Parallel Parameters Parallel Refinement Parallel Tetrahedral Meshing Parametric Partitioned Curves Partitioned Geometry Partitioned Surfaces Partitioned Volumes Partitioning for multiple LS-DYNA parts Partitioning with Curves Partitioning with Faces or Triangles Partitioning with Hard Points Partitioning with Mesh Edges Partitioning with Polylines Partitioning with Vertices and Nodes Passing Variables into a Cubit Session Pave Pentagon Periodic Intervals Periodic Mesh Axis Periodic Nodeset Ids Periodic Space Filling Models (Tile) Persistent Attributes Pick Types Pick Widget Picked Group Picked Group Pillow All Surfaces Pillow at Domain Boundaries Pillow Bad Quality at Curves Pinpoint Placement in Cubit Commands Planar Surface Planar Surface Planar Surface Plane Defined by a Non-linear curve Plane defined by a Surface Plane Defined by a two linear curves Plane from 3 Points Plane from 3 points Plane Normal to a Curve Plane Normal to Curve Platforms Point Size Polygon, Sphere, and Box Select Polyhedron Porting from PyQt4 to PyQt5 Position (XYZ values) Positive or Negative X,Y,Z Direction Vectors Possible workflow using the GUI Post Meshing Settings Post-processing Power Tools Pre-Selection Precedence Precedence Precedence of "Except" and "In" Preliminary comments Preparing LS-DYNA input Preparing to Use Sculpt Pressure and Total Force Prevent Graphics From Updating Preventing geometry from merging Preview Preview a Cylindrical Plane Preview Script Previewing a Direction Previewing a Location Previewing a Location on a Curve Previewing a Plane Previewing an Axis Print Input Program Propagate Curve Bias Propagated Groups Propagated Hex Group Starting on a Face Propagated Hex Group Starting on a Surface Propagated Hex Groups Property Page Providing the user with smart options. Python API Python Interface QTri Quad Dominant Quadrilateral Quality Definitions Quadrilateral Surface Mesh Quality Quality Defaults Quality Groups Quality Metric Definitions: Quality Options Query Selection Quiet Radialmesh Randomize Rational spline mesh with four elements Recognizing Nearly Sweepable Regions Reconciling Duplicate Names Recording a Session Recording And Playback Recording APREPRO Commands Recording Entity IDs and Names Recording Errors Recording Graphics Commands Reduce Bolts Command Panel Reduce Command References References References for Hexahedral Quality Measures References for Quadrilateral Quality Measures References for Tetrahedral Quality Measures References for Triangular Quality Measures Refine Mesh Boundary Refinement and Coarsening Levels Refining a Hex Sheet Refining along a path Refining at a Geometric Feature Refining at a Geometric or Mesh Feature Reflect Command Regular Imprinting Regularizing Geometry Related Commands Relative Intervals Release Notes: Coreform Cubit 2020.2 Release Notes: Coreform Cubit 2021.11 Release Notes: Coreform Cubit 2022.4 Remeshing Remeshing a Swept Volume Mesh Remeshing Tetrahedra Remove bad elements below threshold Remove Overlap Remove Sliver Surface remove uspline Removing a Curve Removing a Surface Removing Blunt Tangencies Removing Fillets from Sheet Bodies Removing Geometric Features Removing Holes and Slots from Sheet Bodies Removing Overconstrianed Tets Removing Partitions Removing Surfaces Removing Vertices Removing Virtual Geometry Renumbering Element Blocks Renumbering IDs Renumbering Nodesets and Sidesets Repeating Commands Replaying a Session Report Sideset Statistics Report VFrac to Mesh Volume Comparison Required file inclusion order for multiple BEXT files Resetting the Graphics Resetting the Session Resolving Invalid Geometry Resolving Misaligned Volumes with Manage Gaps/Overlaps Tool Resolving Misaligned Volumes with Near Coincident Vertex Checks Resolving Problems with Conformal Assemblies Respecting Imprints Respecting Vertices, Curves and Surfaces Reverse Revolve an axis about an axis Revolving Mesh Elements Right Click Commands for the GUI Graphics Window Right Click Context Menu Right-Click Context Menu Items Right-Click Menu Functions Rotate Rotate Command Rotating Merged Entities Rotation Rotations Rubberband Selection Control Running Sculpt Running Sculpt Stand-Alone Sample Journal Files Sample output Save Save and load U-splines with Cubit file Saving and Restoring a Cubit Session Saving and Restoring Views Saving considerations Saving Graphics Views Scale Command Scale Mesh Coordinates by Constant Scaled Jacobian Threshold for Curve Pillowing Scaling and Accuracy Arguments: Scheme Firmness Screen Capture Programs Script Window Scripting Sculpt Sculpt Sculpt Sculpt Adaptive Meshing Sculpt Application Sculpt Boundary Conditions Sculpt Boundary Layers Sculpt Command Summary Sculpt Examples Sculpt Examples Sculpt GUI Sculpt Input Data Files Sculpt Installation Sculpt Mesh Improvement Sculpt Mesh Quality Control Sculpt Mesh Transformation Sculpt Mesh Type Sculpt Output Sculpt Overlay Grid Specification Sculpt Parallel Command Sculpt Parallel Path Command Sculpt Process Control Sculpt Process Flow Sculpt Smoothing Sculpt System Requirements Sculpt Technical Description Section Command Seeded Mesh Groups Segment Segment|Fraction|Distance Select Select Chamfer Chain Select Commands Selecting and picking a Sizing Source Selecting Entities in the GUI Selecting Entities with the Mouse Selecting the entities Selection by entity name in graphics window Separate Void Blocks Separating Multi-Volume Bodies Separating Surfaces from Bodies Session Control Set the volume’s meshing scheme to tetmesh and mesh the volume set uspline Set-up Panels Sets of Curves with the Same Intervals Setting the Geometry Kernel Setting the Merge Tolerance Setting up the Finite Element Model Setting your Working Directory Settings Settings Sheet Extended from Surface Shrink Side Numbering Side Set Side Ordering Sidesets Significant Figures Silhouette Lines Simple Simplify Geometry Single Entity Refinement Size and Bounding Box Size Parameters Sizing Source Sizing Function Skeleton Sizing Behaviors Skeleton with Other Sizing Controls Skew Control Skinning Skinning a free mesh Skinning a Mesh Small and Narrow Surfaces Small Curves Small details in the model Small Features Smart Laplacian Smooth Smooth Curves and Surfaces Smooth Curves and Surfaces Smooth Tolerance Smoothing Smoothing a free mesh Smoothing faceted surfaces. Smoothing Parameters Solution Verification Some ITEM tools found elsewhere in the GUI Source Entity Arguments Source surfaces must be contiguous in many-to-one swept meshes Special options for BEXT U-spline export Specification of Intervals Using Approximate Size Specify an origin and a vector Specifying a Direction Specifying a Location Specifying a Location on a Curve Specifying a Plane Specifying a Portion of the Mesh to be Imported Specifying a Portion of the Mesh to be Imported Specifying a set of nodes Specifying an Axis Specifying Colors in Commands Specifying node offsets to prevent node ID collision Specifying the type of entity to select Sphere Spline Spline mesh with two elements Spline Removal Split (Automatically) Split Across Split Curve Split Extend Split Orientation Split Periodic Surfaces Split Skew Split Surface Splitting Geometry Stair Start ID Start, Midpoint, or End Starting and Exiting a Cubit Session Starting the Session in Cubit Command Mode Starting the Session in Python Interpretor Mode Stitch Stitch Surfaces Together Stitching Sheet Bodies Stitching single-surface bodies STL File STL Lattice Template File Straight STransition Stretch Stride Structured Style Sheets in Cubit Submap Substituting Selection into Other Commands Subtract Suggested Usage Super Sizing Function SUPERELEMENT_TOPOLOGY_XX Support Support for Dark Mode Supported boundary conditions types Supported element types Surface Surface Auto Scheme Selection Surface Intersection Surface Isoparameter Lines Surface Mesh Only Surface Overlap Surface to Surface proximity Surface Vertex Commands Surface Vertex Types Surrounding Sweep Sweep Curve About Axis Sweep Surface About Axis Sweep Surface along a Direction Sweep Surface Along Curve Sweep Surface along Helix Sweep Surface Along Vector Sweep Surface Perpendicular Sweep Surface to a Volume Sweeping a Surface to a Plane Sweeping of Curves Swing Symmetry Tangents Task Panels that Link to Control Panels Task panels that link to other ITEM panels Temperature Terms Test Categories Test for merging in a specified group of geometry Test Sizing Function TetMesh Tetmesh Tetmesh and Trimesh GUI Command Panels TetMesh Scheme Options Tetprimitive Tetrahedral Quality Definitions Text Size The Bézier extraction file format The Contact Pair The Contact Region The Exodus Bézier extraction file format The Finite Element Model The ITEM Workflow The Power of Customization The Selection Filter Class The Selection Keyword THex Thicken a material Thicken Surfaces Thicken Void Threads Per Processor Three Points on the Plane Through Vertex Tolerance Tolerance Tolerance Fraction Tolerance used for periodic check Tolerant Imprinting Toolbars Tools Top and Bottom Top and Bottom Values Top, Gradient, Middle, Bottom Topology TQuad Trademark Notice Traditional Traditional Meshing Schemes Traits Transforming Mesh Coordinates Transition Translate Mesh Coordinates in X Translate Mesh Coordinates in Y Translate Mesh Coordinates in Z Tree View TriAdvance Triangle Mesh Coarsening Triangle Vertex Types Triangular Shell Element Numbering TriDelaunay TriMap TriMesh Trimesh TriMesh Scheme Options Trimming a Curve Trimming and Extending Curves TriPave TriPrimitive Troubleshooting Turn OFF Smoothing Following Pillow Operations Tweak Remove Topology Tweak Volume Bend Tweaking a Conical Surface Tweaking a Curve Using an Offset Distance Tweaking a Curve Using Target Surfaces, Curves, or Plane Tweaking a Pair of Curves to a Corner Tweaking a Surface by Moving Tweaking a Surface Using an Offset Tweaking a Vertex With a Chamfer Tweaking a Vertex With a Fillet Radius Tweaking a Vertex With a Non-Equal Chamfer Tweaking Curves Tweaking Doublers to Target Surfaces Tweaking Geometry Tweaking Surfaces Tweaking Surfaces to Target Surfaces Tweaking Vertices Two Locations and Vector on the Plane Two-dimensional Mesh Types of Entity Range Input U-spline creasing commands U-spline volumes require swept input meshes U-splines U-splines Underlying Cubit Commands
Undo Button Undo Button Uniform hex coarsening Unique Genesis IDs Unique Genesis IDs Unique Genesis IDs and Shell Options Unique Node and Element IDs Unite Unmerging Unstructured Untangle Updates to Coreform Cubit Learn licensing Updating the Display Use a Filter Use the context menu on a command panel Use the definition dialog Useful hint: User experience: Improved performance importing complex assemblies User-Defined Colors User-defined reference cells UserPanel Functions Using ’List’ for Querying Connectivity. Using an ITEM Panel Using CFD Boundary Conditions Using Constraints Using Contact Surfaces Using Convection Using Cubit Attributes Using Geometry Merging to Verify Geometry Using Heat Flux Using Loads Using Local Normals Using Mesh Intersections to Partition Surfaces Using Multiple Windows Using Pressure Using PyQt5 Addons Using Restraints Using tets as the basis of an unstructured hexahedral mesh Using The Delete Command With Composites Using the Delete Command With Partitions Using the improve option on facet files. Using the Picked Group in Commands Using the stitch option on AVS and facet files Using tolerance on STL files Usplines Usplines: Initial support in ANSYS LS-Dyna Valid and Invalid Names Validating Geometry Validating the Mesh in ITEM Value Vector (XYZ values) Version Vertex Vertex Sizing and Automatic Curve Biasing View View Navigation in the GUI Viewing Curve Valence Virtual Geometry Void Material ID Volume Volume Auto Scheme Selection Volume Copy Volume Curve Types Volume Fraction Calculation Method Volume Fraction File Volume ID Volume Overlap Volume Sources and Targets Warning dialogs when fitting U-splines on MacOS Web Cutting Web Cutting by Sweeping a Curve(s) About an Axis Web Cutting by Sweeping a Curve(s) Along a Trajectory Web Cutting by Sweeping a Surface About an Axis Web Cutting by Sweeping a Surface Along a Trajectory Web Cutting by Sweeping Curves or Surfaces Web Cutting Options Web Cutting using a Tool or Sheet Body Web Cutting with a Planar or Cylindrical Surface Web Cutting with an Arbitrary Surface Wedge Quality Definitions: Weld Profile What if Healing is Unsuccessful? Whisker Weave Whisker Weaving Basic Commands Whisker Weaving Options Why doesn’t the list include small gaps between volumes? Windows File Association Windows Instructions Winslow With Entity Selected Without Entity Selected Workflow Customization Workflows and Toolbars Working Directory Write Mesh Based Geometry Write S2G Geometry File Write the ghost layers for debug Writing Custom Python Filters Xmax Bounding Box Range Xmin Bounding Box Range XYZ location XYZ ordering of cells in SPN File Ymax Bounding Box Range Ymin Bounding Box Range Zmax Bounding Box Range Zmin Bounding Box Range Zooming Zooming {Close_To|At} Location
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