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Coexistent phase mixtures in the anti-plane shear of an elastic tube
Roger Fosdick,
Ying Zhang
Research Computing
Minnesota Supercomputing Institute
Research output
:
Contribution to journal
›
Article
›
peer-review
10
Scopus citations
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Keyphrases
Phase Mixture
100%
Elastic Tube
100%
Stored Energy Density
100%
Anti-plane Shear
100%
Coexistent Phase
100%
Infimum
50%
Lateral Boundary
50%
Mixed Strains
50%
Axial Displacement
50%
Convex Point
50%
Boundary Information
25%
Nonconvex
25%
Energy Functional
25%
Minimization Problem
25%
Deformed Configuration
25%
Detailed Structure
25%
Convex Combination
25%
Stored Energy
25%
Strictly Convex
25%
Variational Problem
25%
High Strain
25%
Low Strain
25%
Free Boundary Problem
25%
Strict Convexity
25%
Almost Everywhere
25%
Convex Rings
25%
Engineering
Stored Energy
100%
Phase Mixture
100%
Shear Plane
100%
Energy Function
80%
Subdomains
60%
Minimizer
40%
Axial Displacement
40%
Infimum
40%
Minimization Problem
20%
Deformed Configuration
20%
Intermediate Phase
20%
Special Attention
20%
Energy Functional
20%
Cross Section
20%
Mathematics
Energy Function
100%
Infimum
50%
Lateral Boundary
50%
Energy Functional
25%
Cross Section
25%
Strictly Convex
25%
Nonexistence
25%
Variational Problem
25%
Convex Combination
25%
Free Boundary Problem
25%
Field Of Values
25%
Minimization Problem
25%