15.1 Alpha Commands

      15.1.1 Automatic Detail Suppression

      15.1.2 Automatic Geometry Decomposition

      15.1.3 Cohesive Elements

      15.1.4 Deleting Mesh Elements

      15.1.5 FeatureSize

      15.1.6 Geometry Tolerant Meshing

      15.1.7 Mesh Cutting

      15.1.8 Mesh Grafting

      15.1.9 Optimize Jacobian

      15.1.10 Randomize

      15.1.11 Refine Mesh Boundary

      15.1.12 Super Sizing Function

      15.1.13 Test Sizing Function

      15.1.14 Transition

      15.1.15 Triangle Mesh Coarsening

      15.1.16 Whisker Weave

    15.2 APREPRO

      15.2.1 APREPRO Additional Functionality

      15.2.2 APREPRO Functions

      15.2.3 APREPRO Journaling

      15.2.4 APREPRO Operators

      15.2.5 APREPRO Predefined Variables

      15.2.6 APREPRO Rules

      15.2.7 APREPRO Syntax

      15.2.8 APREPRO Units

    15.3 File Formats

      15.3.1 The Bézier extraction file format

        15.3.1.1 Introduction

        15.3.1.2 ANSYS LS-DYNA keyword

        15.3.1.3 Geometry file formats

          15.3.1.3.1 ASCII format

          15.3.1.3.2 Binary format

      15.3.2 The Exodus Bézier extraction file format

        15.3.2.1 Control point information

        15.3.2.2 Element information

        15.3.2.3 Node numbering

        15.3.2.4 Coefficient vectors

          15.3.2.4.1 Examples

            15.3.2.4.1.1 Bézier mesh with two elements

            15.3.2.4.1.2 Spline mesh with two elements

            15.3.2.4.1.3 Rational spline mesh with four elements

    15.4 New In 16

      15.4.1 Boundary Layer Improvements in Trelis 16.0

      15.4.2 New Features in Trelis

      15.4.3 New Features in Trelis 16.3

      15.4.4 New Features in 16.4

      15.4.5 New Features in 16.5

    15.5 Available Colors

    15.6 Element Numbering

    15.7 FASTQ

    15.8 FullHex vs. NodeHex Representation

    15.9 Navigation XML Files

    15.10 Periodic Space Filling Models (Tile)

    15.11 References

    15.12 Style Sheets in Cubit

    15.1 Alpha Commands

      15.1.1 Automatic Detail Suppression

      15.1.2 Automatic Geometry Decomposition

      15.1.3 Cohesive Elements

      15.1.4 Deleting Mesh Elements

      15.1.5 FeatureSize

      15.1.6 Geometry Tolerant Meshing

      15.1.7 Mesh Cutting

      15.1.8 Mesh Grafting

      15.1.9 Optimize Jacobian

      15.1.10 Randomize

      15.1.11 Refine Mesh Boundary

      15.1.12 Super Sizing Function

      15.1.13 Test Sizing Function

      15.1.14 Transition

      15.1.15 Triangle Mesh Coarsening

      15.1.16 Whisker Weave

    15.2 APREPRO

      15.2.1 APREPRO Additional Functionality

      15.2.2 APREPRO Functions

      15.2.3 APREPRO Journaling

      15.2.4 APREPRO Operators

      15.2.5 APREPRO Predefined Variables

      15.2.6 APREPRO Rules

      15.2.7 APREPRO Syntax

      15.2.8 APREPRO Units

    15.3 File Formats

      15.3.1 The Bézier extraction file format

        15.3.1.1 Introduction

        15.3.1.2 ANSYS LS-DYNA keyword

        15.3.1.3 Geometry file formats

          15.3.1.3.1 ASCII format

          15.3.1.3.2 Binary format

      15.3.2 The Exodus Bézier extraction file format

        15.3.2.1 Control point information

        15.3.2.2 Element information

        15.3.2.3 Node numbering

        15.3.2.4 Coefficient vectors

          15.3.2.4.1 Examples

            15.3.2.4.1.1 Bézier mesh with two elements

            15.3.2.4.1.2 Spline mesh with two elements

            15.3.2.4.1.3 Rational spline mesh with four elements

    15.4 New In 16

      15.4.1 Boundary Layer Improvements in Trelis 16.0

      15.4.2 New Features in Trelis

      15.4.3 New Features in Trelis 16.3

      15.4.4 New Features in 16.4

      15.4.5 New Features in 16.5

    15.5 Available Colors

    15.6 Element Numbering

    15.7 FASTQ

    15.8 FullHex vs. NodeHex Representation

    15.9 Navigation XML Files

    15.10 Periodic Space Filling Models (Tile)

    15.11 References

    15.12 Style Sheets in Cubit