Unreacted explosives present a unique challenge because they combine complex chemistry with the need for accurate EOS and strength descriptions over wide pressure and temperature ranges. Shock‑Hugoniot data for the Navy PBXW‑128 explosive revealed unexpected EOS and high‑strain‑rate deformation complexities within the 0–3 GPa pressure range, underscoring the necessity of coupling accurate EOS models with realistic strength descriptions.
What does this mean for practitioners and decision-makers? equation of state and strength properties of selected
These dynamic experiments yield the —the locus of points defining the states a material can reach via shock compression. Strength is measured dynamically by analyzing the profile of the shock wave as it exits the material, noting the separation between the elastic precursor wave and the plastic shock wave. 4. Computational Modeling and Applications Unreacted explosives present a unique challenge because they
We examine four material classes, each with distinct EOS-strength coupling challenges. These dynamic experiments yield the —the locus of
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