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Dimensional anisotropy associated with chemical banding was investigated using a material point model to simulate transformation anisotropy due to manganese inhomogeneity. A manganese dependent, internal state variable model for athermal martensite transformation was used to estimate the strains that develop in two layers of differing manganese content which maintain a coherent interface. Classical...
Dimensional anisotropy associated with chemical banding was investigated via quench dilatometry. The material used in this research was fabricated by roll bonding alternately stacked sheets of a standard 5140 steel and a modified 5140 with a higher manganese content. The resulting plate had a well defined manganese banding pattern with a known segregation bandwidth. Cylindrical dilatometer specimens...
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