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Homogenization-Based Predictions for Texture Evolution in Halite

机译:基于均质化的Halite纹理演化预测

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摘要

The "variational" homogenization method developed by deBotton and Ponte Castaneda is used here to predict texture development in halite polycrystals at room and high temperatures accounting for hardening and grain shape changes. The new predictions are compared with those of the Taylor and "tangent" model of Molinari et al. for uniaxial tension and compression. The predictions of the "variational" model are found to be intermediate between the Taylor and "tangent" predictions, although not too different from either, as a consequence of the relatively high isotropy of the halite single crystal grains.
机译:由deBotton和Ponte Castaneda开发的“变分”均质方法在此用于预测室温和高温下岩盐多晶的织构发展,这说明了硬化和晶粒形状变化。将新的预测与Molinari等人的泰勒和“切线”模型的预测进行了比较。用于单轴拉伸和压缩。由于盐岩单晶晶粒的各向同性较高,结果发现“变分”模型的预测介于泰勒和“切线”预测之间,尽管两者之间并没有太大差异。

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