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机译:圆水射流冲击在热表面淬火过程中的再润湿和最大表面热通量
Department of Mechanical and Industrial Engineering, Indian Institute of Technology Roorkee, Roorkee 267447, Uttrakhand, India;
Department of Mechanical and Industrial Engineering, Indian Institute of Technology Roorkee, Roorkee 267447, Uttrakhand, India;
Department of Mechanical and Industrial Engineering, Indian Institute of Technology Roorkee, Roorkee 267447, Uttrakhand, India;
Department of Mechanical and Industrial Engineering, Indian Institute of Technology Roorkee, Roorkee 267447, Uttrakhand, India;
jet impingement; stagnation; rewetting; wetting delay; maximum heat flux;
机译:垂直热表面射流冲击淬火期间的最大表面热通量
机译:圆形水射流冲击热水平向下表面的传热特性和重新擦拭行为
机译:圆形水射流冲击冷却过程中垂直热表面的再润湿
机译:Al_2O_3-WATER纳米流体通过圆射流冲击热表面淬火过程中再润湿的实验研究
机译:数值模拟机制有助于增强从撞击的2D热空气射流传出的表面热量。
机译:通过增加对纳米柱阵列表面的再润湿可提高池沸腾中的关键热通量
机译:讨论:“通过圆形喷射撞击正常传热表面的空气流量的传热系数的研究”(黄,G.C.,1963,Asme J.传热,85,PP。237-243)
机译:多次撞击喷射冷却的宏观/微结构表面上核沸腾热通量的增强