Titlebook: Dynamic Behavior of Materials, Volume 1; Proceedings of the 2 Vijay Chalivendra,Bo Song,Daniel Casem Conference proceedings 2013 The Societ

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Determination of Simple Shear Material Properties of the Brain at High Strain Rates,st techniques have permitted the successful measurement of highly elastic soft biological tissue properties. Testing biological materials, specifically brain material, using the modified Split Hopkinson Pressure Bar method is effective in characterizing the tissue response at strain levels and strai

BOLUS

Injury Potential of Shock Induced Compressive Waves on Human Bone,ements have decreased the frequency of hull breech into the occupant compartment, yet catastrophic injuries to the lower extremities continue to occur. In under-vehicle blast, the lower extremities, with intermediate to low acoustic impedance, are loaded by a high speed compression wave resulting fr

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Plasticity and Ballistic Characterization of a New Armour Steel,nge of plate thicknesses for two types of projectiles. Split Hopkinson Pressure Bar tests in compression and tension as well as a series of quasi-static tensile tests were performed to characterize the dynamic plasticity and failure of the materials.