Based on visualization results of highly-submerged cavitating water jet obtained with digital camera, the influences of related parameters such as: injection pressure, nozzle diameter and geometry, nozzle mounting (for convergent / divergent flow), cavitation number and exit jet velocity, were investigated. In addition, the influence of visualization system position was also studied. All the parameters have been found to be of strong influence on the jet appearance and performance. Both hydro-dynamical and geometrical parameters are playing the main role in behavior and intensity of cavitation phenomenon produced by cavitating jet generator. Based on our considerable previous experience in working with cavitating jet generator, the working conditions were chosen in order to obtain measurable phenomenon. [Projekat Ministarstva nauke Republike Srbije, br. TR35046].
展开▼
机译：根据数码相机获得的高度淹没的空化水射流的可视化结果，对相关参数的影响包括：注射压力，喷嘴直径和几何形状，喷嘴安装（用于收敛/分流），空化数和出口射流速度。调查。此外，还研究了可视化系统位置的影响。已经发现所有参数对射流的外观和性能都有很大的影响。水动力参数和几何参数在空化射流发生器产生的空化现象的行为和强度中起主要作用。根据我们之前在空化射流发生器上的丰富经验，选择了工作条件以获得可测量的现象。 [Projekat Ministarstva nauke Republike Srbije，br。 TR35046]。
展开▼
