Based on this model, the effects of geometric and structural parameters, such as injection pressure, rear pressure, length-diameter ratio, inlet round angle-radius ratio and non-axis symmetry of nozzle, on the distribution of the cavitation inside the noz
Based on this model, the effects of geometric and structural parameters, such as injection pressure, rear pressure, length-diameter ratio, inlet round angle-radius ratio and non-axis symmetry of nozzle, on the distribution of the cavitation inside the noz
基于这一模型进一步分析了喷射压力、背压和喷孔长径比、喷孔入口圆角比、非轴对称喷孔等几何结构参数对喷孔内空穴分布的影响。