Abstract
A study of the hot rolling behavior of AISI 304 austenitic stainless steel has been conducted. Of particular interest in this study was the origin of the equiaxed grams that resulted from high temperature rolling. A thorough investigation of the microstructure of hot rolled specimens was made. The microstructures were characterized using optical and transmission electron metallography as well as x-ray pole figures. The results of these experiments indicate that dynamic recrystallization is the mechanism responsible for the equiaxed grains that result from high temperature rolling.
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