机译:离心泵内部流动的数值模型:叶轮蜗壳相互作用对速度和压力场的影响
Research laboratory “Applied Fluid Mechanics Process Engineering and Environment” National Engineering School of Sfax 3038 Sfax Tunisia;
Research Laboratory “Laboratory of Hydraulics and Environment Modeling” National Engineering School of Tunis ENIT Hydraulic Engineering B.P. 37 1002 Tunis Tunisia;
Research laboratory “Applied Fluid Mechanics Process Engineering and Environment” National Engineering School of Sfax 3038 Sfax Tunisia;
Research laboratory “Applied Fluid Mechanics Process Engineering and Environment” National Engineering School of Sfax 3038 Sfax Tunisia;
Research Laboratory “Laboratory of Hydraulics and Environment Modeling” National Engineering School of Tunis ENIT Hydraulic Engineering B.P. 37 1002 Tunis Tunisia;
Impeller-volute interaction; Steady and unsteady calculation; Internal flow; Pressure fluctuation;
机译:叶片扩散器相互作用的离心泵叶轮空气模型内流速流场的数值研究及与PIV测量的比较
机译:叶片扩散器相互作用的离心泵叶轮空气模型内流速流场的数值研究及与PIV测量的比较
机译:离心泵中流动的数值模拟:蜗壳对速度和压力场的影响
机译:离心泵中叶轮与蜗壳的相互作用及非定常流动的数值分析
机译:离心泵中的非恒定流量,压力波动和噪声之间的关系。
机译:用于耦合NMR微分离的扩大流通池内的磁共振微成像和速度场数值模拟
机译:离心泵内流动的数值模拟:蜗壳 速度和压力场的影响
机译:通道流动中湍流速度,压力和温度场的直接数值模拟