Session Index

Session A
  A1. Plenary Session I
Session B
  B1. EM-1: Shock Initiation
  B2. MS-1: Materials Science 1
  B3. SO-1: Spectroscopy 1
  B4. CM-1: Continuum Modeling
  B5. ID-1: Shock Response of Aluminum
Session C
  C1. EM-2: Explosive Effects
  C2. BG-1: Biological Materials
  C3. HD-1: Warm Dense Matter
  C4. CM-2: Continuum Modeling of Initiation and Burn
  C5. GS-1: Rocks and Minerals
Session D
  D1. EM-3: Mechanical Effects and Initiation
  D2. MD-1: Molecular Dynamics 1
  D3. ED-1a: PDV Fundamentals
  D4. MS-2: Rheology of Various Metals
  D5. ID-2: Aluminum Spall and Strength
Session E
  E1. EM-4: Sensitivity and Initiation
  E2. PS-1: Phase Transitions
  E3. ED-1b: Isentropic Compression and Planar Loadings
  E4. ID-3: Shock Response of Brittle Materials
  E5. GS-2: Hypervelocity Impact Response and Debris Clouds
Session F
  F1. Poster Session I (6:00-8:00pm)
Session G
  G1. Plenary Session II
Session H
  H1. EM-5: Experimental Methods
  H2. MD-2: Molecular Dynamics II
  H3. ID-4: Strength of Metals
  H4. SO-2: Spectroscopy 2
  H5. CM-3: Continuum and Multiscale Modeling
Session J
  J1. EM-6: Thermal Decomposition
  J2. PC-1: Physics at High Pressure
  J3. ID-5: Fragmentation and Shock Ejecta
  J4. HD-2: Giant Planets
  J5. CM-4: Continuum Modeling of Reactive Materials and Dynamic Response
Session K
  K1. EM-7: Detonation
  K2. MD-3: Molecular Dynamics III
  K3. ED-2a: PDV Applications
  K4. ED-2b: Isentropic Compression
  K5. DC-1: Chemistry of Energetics and Reactive Metals
Session L
  L1. EM-8: Energetic Material Properties
  L2. CP-1: Polymers
  L3. ID-6: Nanocrystalline Metals, DU and BCC Metals
  L4. ED-3b: Loading for Plasticity Measurements
  L5. PC-2: Transitions at High Pressure
Session M
  M1. Town Hall Meeting
Session N
  N1. Poster Session II (7:00-9:00pm)
Session P
  P1. Plenary Session III
Session Q
  Q1. MD-4: Molecular Dynamics IV - Energetic Materials
  Q2. BL-1: Ballistics
  Q3. ID-7: Dynamic Properties of Steels
  Q4. EOS-1: Equations of State
  Q5. PM-1: Particulate Mechanics
Session S
  S1. Plenary Session IV: Duvall Award Talk
Session T
  T1. DC-2: Novel Phenomenon
  T2. MD-5: Molecular Dynamics V
  T3. GS-3: Ices and Impacts
  T4. SO-3: Spectroscopy 3
Session U
  U1. DC-3: Modeling Shock Chemistry
  U2. EOS-2: Equations of State
  U3. CM-5: Continuum and Multiscale Modeling of Strength
  U4. ED-3a: Other Diagnostics
Session V
  V1. DC-4: Modeling Shock Reactions
  V2. HD-3: Multi-Megabar Issues
  V3. PM-2: Particulate Mechanics
  V4. ED-4a: Imaging Diagnostics
  V5. CM-6: Computational Methods
Session W
  W1. DC-5: Ignition, Growth, Detonation
  W2. CP-2: Composites
  W3. PS-2: Phase Transitions
  W4. HD-4: Signatures for High Energy-Density Systems
Session Y
  Y1. DC-6: Detonation Initiation
  Y2. ID-8: Spallation of Metals
  Y3. ED-4b: Convergent Loading and Other Loading Paths
  Y4. BL-2: Ballistics
Session Z
  Z1. DC-7: Shock Chemistry Using Lasers
  Z2. PS-3: Phase Transitions
  Z3. EOS-3: Equations of State
  Z4. EOS-3: Liquids Under Shock and Impact Loading

Sessions by a Sponsor