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机译:多种液压骨折的完全耦合模拟从穿孔水平井筒同时传播
Applied Mechanics Laboratory School of Aerospace Engineering Tsinghua University;
Applied Mechanics Laboratory School of Aerospace Engineering Tsinghua University;
Applied Mechanics Laboratory School of Aerospace Engineering Tsinghua University;
Applied Mechanics Laboratory School of Aerospace Engineering Tsinghua University;
Applied Mechanics Laboratory School of Aerospace Engineering Tsinghua University;
Multiple hydraulic fractures; Fluid partitioning; XFEM; Fully coupled simulation; Perforation entry loss;
机译:多种液压骨折的完全耦合模拟从穿孔水平井筒同时传播
机译:液压压裂起始和近井眼非平坦的间隙形成井中的卧式
机译:水平井中多个水力压裂同时传播的模拟
机译:采用多孔水平井筒的液压断裂萌生分析
机译:与多孔井眼水力压裂有关的近井眼现象的三维模拟
机译:考虑多种输运机理的多级水力压裂水平井页岩气产气研究
机译:水平井中多叶片液压骨折同时传播的建模
机译:从水平井和偏斜井引发水力压裂的近井筒几何