Table of Contents
Microstructure Sensitive Design A New Paradigm in Highly Constrained Design
Acknowledgements
Outline
Traditional Approach to Design
Microstructure Polycrystalline materials
Microstructure Composite materials
Definition of Orientation in Crystalline materials
Orientation Distributions
Microstructure Representation - Mathematical
Microstructure Representation - Mathematical
Back to the Problem – Transformation to Fourier Space
Composite Two point distribution functions
Composite Two point distribution functions
Design Engineer-Traditional Approach
Design Objectives & Constraints
Solution – Traditional Approach
Solution - Limited Consideration of Microstructure
MSD Paradigm -New Approach
Transformation to Fourier Space
Material Set in Fourier Space
Material Hull in Fourier Space
Previous Work
Microstructure Sensitive Design
Properties In Fourier Space
Iso-Property Plane
Performance Bounds in Fourier Space
Restoring Force in Fourier Space
Preferred Solution with Multiple Constraints
Selection of Processing Route
Processing Solutions
Processing Solutions in Fourier Space Drawing
Summary of Case Study
MSD Paradigm
Rewards of MSD
Micro-Mechanics of Materials
Microscopic Strain Field Analysis (MSFA)
PPT Slide
High Temperature High Magnetic Field Processing
High Temperature High Magnetic Field Processing
TITANIUM ALUMINIDE SHEETS PRODUCED BY MELT OVERFLOW RAPID SOLIDIFICATION
Off-axis Rolling and Stretching on the Mechanical Behavior and Texture of Al-Li Alloy
Off-axis Rolling and Stretching on the Mechanical Behavior and Texture of Al-Li Alloy
Off-axis Rolling and Stretching on the Mechanical Behavior and Texture of Al-Li Alloy
PPT Slide
Modeling of Superplasticity
Texture Evolution in Al 8090-Super Plastic Material
Texture Evolution in Al 8090-Super Plastic Material
Statistical Mechanics Modeling of Heterogeneous Materials
Future
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