以优化后的预处理正交极小化算法为基础 ，对多层二维二相全隐式模拟模型进行了以层为单位的粗粒度并行任务划分 。
At the base of optimized ORTHOMIN method, the two dimension two phase full-implicit model with muti-layers has been paralleled as coarse granularity.
以优化后的预处理正交极小化算法为基础 ，对多层二维二相全隐式模拟模型进行了以层为单位的粗粒度并行任务划分 。
At the base of optimized ORTHOMIN method, the two dimension two phase full-implicit model with muti-layers has been paralleled as coarse granularity.
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