Session Index

Session A
  A1. Plenary Session I followed by Memorial Session
Session B
  B2. Inelastic Deformation-Glass and Porous Media
  B3. High Energy Density Physics / Warm Dense Matter
  B4. Experimental Developments I
  B5. Spectroscopy and Optical Studies I
  B6. Detonation Properties
  B7. Detonation Modeling
Session C
  C2. First Principles and Molecular Dynamics Calculations I
  C3. X-ray Diffraction/Scattering I
  C4. Phase Transitions I
  C5. Equation of State I
  C6. Structural Reactive Materials
Session D
  D2. Large Scale Computations
  D3. Inelastic Deformation I
  D4. Experimental Developments II
  D5. Hydrodynamic and Applied Modeling
  D6. Detonation Theory
Session E
  E1. Poster Session I
Session F
  F1. Special Session on Isentropic Compression
Session G
  G2. Material Science I
  G3. Inelastic Deformation II
  G4. Isentropic and Off Hugoniot Loading I
  G5. Equation of State II
  G6. Explosives/Mechanical Response I
  G7. Continuum and Multiscale Modeling I
Session H
  H2. First Principles and Molecular Dynamics Calculations II
  H3. Stress-Strength Measurements I
  H4. Experimental Developments III
  H5. X-ray Diffraction/Scattering II
  H7. Reactive Materials I
Session J
  J2. Potentials for Large-Scale Shock Simulations
  J3. Inelastic Deformation III
  J4. Heterodyne Velocimetry
  J5. Spectroscopy and Optical Studies II
Session K
  K1. Poster Session II
Session L
  L2. Material Science II
  L3. Phase Transitions II
  L4. Continuum and Multiscale Modeling II
  L5. Spectroscopy and Optical Studies III
  L6. Shock Initiation I
  L7. Inelastic Deformation-Aluminum
Session M
  M2. First Principles and Molecular Dynamics Calculations III
  M3. Stress-Strength Measurements II
  M4. Geophysics and Planetary Physics
  M5. Equation of State III
  M6. Detonation Propagation/Mechanical Response
  M7. Inelastic Deformation-Mostly Strain
Session N
  N1. Shock Science Award
Session P
  P1. Town Hall Meeting on Future Directions in Dynamic High Pressure Research
  P2. Material Science III
  P3. Phase Transitions III
  P4. Inelastic Deformation IV
  P5. Equation of State IV
  P6. Reactive Materials II
  P7. Detonation Shock Dynamics
Session Q
  Q2. First Principles and Molecular Dynamics Calculations IV
  Q3. Isentropic and Off Hugoniot Loading II
  Q4. Experimental Developments IV
  Q6. Explosives/Mechanical Response II
  Q7. Post Detonation Effects
Session R
  R1. TGSCCM Business Meeting
Session U
  U2. First Principles and Molecular Dynamics Calculations V
  U3. Phase Transitions IV
  U4. Inelastic Deformation V
  U6. Shock Initiation II
Session V
  V2. Continuum and Multiscale Modeling III
  V4. Inelastic Deformation VI
  V6. Explosives Thermal/Mechanical Response

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