OOF: Finite Element Analysis of Microstructures
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The OOF Manual: Version 1.1.7
W. Craig Carter
Department of Materials Science and Engineering
Massachussets Institute of Technology
Stephen A. Langer
Information Technology Laboratory
National Institute of Standards and Technology
Edwin R. Fuller Jr.
Materials Science and Engineering Laboratory
National Institute of Standards and Technology
August 20, 2003
- Contents
- List of Figures
- Introduction
- The OOF Project
- The OOF Program
- Getting OOF and System Requirements
- Starting OOF
- Overview of the Graphical Interface
- Examples
- The Menus
- The OOF Tree
- The Main OOF Menu
- /initialize
- /modify
- /groups
- /select
- /bc
- /distort
- /output
- /graphics
- /plot
- /macros
- /log
- /initialize/uniform
- /modify/replace
- /modify/select
- /groups/elements
- /groups/nodes
- /select/nodes
- /select/elements
- /select/elements/type
- /select/elements/group
- /bc/fix
- /bc/free
- /bc/enslave
- /bc/emancipate
- /bc/groups
- /distort/set
- /distort/clear
- /distort/show
- /output/tee
- /output/grid
- /output/individual
- /output/individual/group
- /output/individual/stress
- /output/individual/strain
- /output/force
- /output/displacement
- /output/stress
- /output/stress/statistics
- /output/strain
- /output/cross_section
- The Element Types
- Coordinate Conventions
- Background Material: Basic Anisotropic Thermoelasticity
- Plane Stress and Plane Strain
- Rotations
- Physical Units
- Element Types and their Parameters
- Graphics Drawers
- Technical Notes
- Acknowledgments
- Bibliography
- About this document ...
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