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FEBio Manuals

A.10 BYU

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Theory
Studio

FEBio Manuals

Theory
Theory
- Preface
- Chapter 1 - Introduction
  Chapter 1 - Introduction
  - 1.1 Overview of FEBio
  - 1.2 About this document
- Chapter 2 - Continuum Mechanics
  Chapter 2 - Continuum Mechanics
- Chapter 3 - The Nonlinear FE Method
  Chapter 3 - The Nonlinear FE Method
- Chapter 4 - Element Library
  Chapter 4 - Element Library
  - 4.1 Solid Elements
  - 4.2 Shell Elements
- Chapter 5 - Constitutive Models
  Chapter 5 - Constitutive Models
- Chapter 6 - Dynamics
  Chapter 6 - Dynamics
- Chapter 7 - Contact and Coupling
  Chapter 7 - Contact and Coupling
- Chapter 8 - Optimization
  Chapter 8 - Optimization
  - 8.1 The Objective Function
  - 8.2 The Levenberg-Marquardt Method
- Appendix A - Tensor Calculus
  Appendix A - Tensor Calculus
  - A.1 Second-Order Tensors
  - A.2 Higher Order Tensors
Studio
Studio
- Preface
- Chapter 1 - Introduction
  Chapter 1 - Introduction
  - 1.1 Overview of FEBioStudio
  - 1.2 About this document
- Chapter 2 - Getting Started
  Chapter 2 - Getting Started
- Chapter 3 - The FEBio Studio Environment
  Chapter 3 - The FEBio Studio Environment
- Chapter 4 - Creating, Loading, and Saving Models
  Chapter 4 - Creating, Loading, and Saving Models
- Chapter 5 - Creating and Editing Geometry
  Chapter 5 - Creating and Editing Geometry
- Chapter 6 - Generating and Editing Mesh Data
  Chapter 6 - Generating and Editing Mesh Data
- Chapter 7 - Materials
  Chapter 7 - Materials
- Chapter 8 - Boundary Conditions and Loads
  Chapter 8 - Boundary Conditions and Loads
- Chapter 9 - Contact and Constraints
  Chapter 9 - Contact and Constraints
  - 9.1 Contact
  - 9.2 Nonlinear constraints
- Chapter 10 - Rigid Bodies
  Chapter 10 - Rigid Bodies
- Chapter 11 - Defining Analysis Steps
  Chapter 11 - Defining Analysis Steps
  - 11.1 The Initial Step
  - 11.2 Adding an Analysis Step
- Chapter 12 - Configuring Output
  Chapter 12 - Configuring Output
  - 12.1 FEBio Logfile
  - 12.2 FEBio Plotfile
- Chapter 13 - Running FEBio from FEBioStudio
  Chapter 13 - Running FEBio from FEBioStudio
- Chapter 14 - The Post Environment
  Chapter 14 - The Post Environment
- Chapter 15 - Saving Graphics
  Chapter 15 - Saving Graphics
- Chapter 16 - The Post Panel
  Chapter 16 - The Post Panel
- Chapter 17 - Post Processing
  Chapter 17 - Post Processing
- Chapter 18 - Visualizing 3D Image Data
  Chapter 18 - Visualizing 3D Image Data
- Chapter 19 - Using Python in FEBio Studio
  Chapter 19 - Using Python in FEBio Studio
  - 19.1 The Embedded Python Interpreter
  - 19.2 The External Python Module
- Chapter 20 - Using and Creating FEBio Plugins
  Chapter 20 - Using and Creating FEBio Plugins
  - 20.1 The Plugin Repository
  - 20.2 Creating FEBio Plugins
- Appendix A - Mesh Import Formats
  Appendix A - Mesh Import Formats
  - A.1 FEBio
  - A.2 NIKE3D
  - A.3 HyperMesh ASCII
  - A.4 ABAQUS
  - A.5 LSDYNA keyword
  - A.6 ANSYS
  - A.7 DXF
  - A.8 Hypersurface ASCII
  - A.9 GMsh
  - A.10 BYU
  - A.11 VTK
  - A.12 STEP
  - A.13 BREP
  - A.14 IDEAS
  - A.15 NASTRAN
  - A.16 MESH
  - A.17 TETGEN
  - A.18 RAW
  - A.19 COMSOL
  - A.20 PLY
- Appendix B - Standard Data Fields
  Appendix B - Standard Data Fields
  - B.1 Standard Data Fields

A.10 BYU¶

The BYU format, developed at Brigham Young University, is used to describe a surface mesh. All features of this format are supported.

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