Micro-Mechanics of Materials

• CHARACTERIZATION TECHNIQUES:

  • X-RAY Diffraction (texture analysis)
  • Microscopy(SEM, TEM, ESEM)
  • Mechanical Testing (tensile, Creep, ...)

• Modeling Effort

  • Phenomenological (State Variable)
    • Inelastic and deformation (Transient,..)
    • High Temperature properties
  • Statistical Mechanics
    • Multiscale Modeling
    • Composites, Heterogeneity
    • Polycrystalline Plasticity
  • Closed Form Solution for
    • Stress Distribution of superconducting magnets

• Processing

  • Superplasticity
  • High Temperature High Magnetic Field Processing
  • Plasma Cast Overflow for Thin Sheet Production
  • Cross Rolling or Stretching

Orientation Imaging Microscopy

• X-RAY Diffraction

• direct Pole figure(?-TiAl.)

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