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Finite Element Analysis in OOF2: Reduction to 2D
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Classroom Contents
Introduction to Finite Element Analysis of Material Microstructure Properties in nanoHUB
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- 1 An Introduction to Finite Element Analysis FEA of Material Microstructure Properties in nanoHUB
- 2 Outline
- 3 Modeling a System with Differential Equations
- 4 Modeling a System with Differential Equations
- 5 Modeling a System with Differential Equations
- 6 Real-world Case: Predicting Thermal Conductivity κ of Ceramic Thermal Barrier Coatings for Turbine Blades
- 7 Modeling Complex Microstructures: Mean-field Method vs. Finite Element Analysis
- 8 Finite Element Analysis in OOF2: Schematic Form
- 9 Finite Element Analysis in OOF2: Reduction to 2D
- 10 Finite Element Analysis in OOF2: Basic Concepts
- 11 Finite Element Analysis in OOF2: Basic Concepts
- 12 Finite Element Analysis in OOF2: Basic Concepts
- 13 Typical Steps of Running an OOF2 Simulation
- 14 Outline
- 15 OOF2 and nanoHUB in Teaching at MatSE in UIUC
- 16 Demo 1: Stress in Front of Crack Tips in Aluminum
- 17 Demo 1: Stress in Front of Crack Tips in Aluminum
- 18 Demo 2: Thermal Stress and Stress Concentration Points in Specimens
- 19 Untitled: Slide 19
- 20 Summary and Useful Resources
