Abstract
The piezoresistive response of annealed manganin stress gauges is analyzed in terms of an elastoplastic model which was used to describe the behavior of nonannealed gauges. It is shown that the measured resistance changes can be accurately accounted for if we choose the right values for the yield strength of the annealed gauge and its variation with shock stress. This good agreement between predicted and measured values enhances our confidence in the analytical model which was used recently to explain various features of the response of piezoresistance gauges to shock loading.
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