Abstract
Results of a pressure-shear impact experiment conducted on alumina-filled epoxy are presented. In the pressure-shear experiment the coupled longitudinal and transverse motion generated by the normal impact of Y-cut quartz is transmitted into an alumina-filled epoxy sample. This provides data on the response of the sample material to more general loading conditions than those obtained in the uniaxial strain configuration and allows the development of more complete material models. Experimental results are presented in this paper, and a model for alumina-filled epoxy which incorporates the data is presented in the following paper [J. Appl. Phys. 53, xxxx (1982)].
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