Abstract
We have implemented two ceramics models into the MESA Eulerian finite difference hydrocodes and evaluated them by comparing code predictions of the free surface velocity as a function of time to data for one-dimensional flyer plate impacts and to free surface velocity data for the penetration of subscale tungsten rods into ceramic plates. Results were obtained for silicon carbide, boron carbide, alumina, titanium diboride, and for a base calculation using a steel plate
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