Shock Compression Response of Composites of THV and Ceramic Powders

Christopher Neel; Naresh Thadani

Shock Compression Response of Composites of THV and Ceramic Powders

ORAL

Abstract

The shock compression response of polymer-ceramic composites is determined using parallel plate impact tests. PVDF stress gauges are used to determine the Hugoniot in the range of 2-8 GPa. The composites consist of ceramic powders of various sizes in a THV polymer matrix. The ceramic powders used are 1, 10, and 100 micron alumina and 10 micron ZrC. The composites are heterogeneous and porous to various degrees. Measured Hugoniot results are compared with those obtained from models. The comparisons reveal that the porosity has the dominant effect and it overshadows effects due to the size or density of the particles.

July 2, 2009, 4:15 PM – July 2, 2009, 4:30 PM

Authors

Christopher Neel

Georgia Inst. of Technology, Materials Science Dept., Georgia Inst. of Technology, Matl Sci \& Eng. Dept.
Naresh Thadani

Georgia Inst. of Technology, Materials Science Dept., Georgia Institute of Technology, School of Materials Science and Engineering, Georgia Institute of Technology, Georgia Inst. of Technology, Matl Sci \& Eng. Dept.