... different from the R–P equation for the unbounded fluid domain should be used [ 36 ]. Fig. 16 Comparison of bubble jet velocities ( λ = 0 . 45 ) Further researches will be undertaken to extend the methodology in this paper to the fully 3D problems, and to the problem of a submerged...

...H. Soyama In order to enhance the aggressive intensity of a cavitating jet for practical applications, the effect of the geometry of the nozzle through which the jet is driven on the aggressive intensity was investigated. The nozzle under test was cylindrical and consisted of a plate and a cap...

... are alternately compressed and expanded. During compression, fluid is forced from one chamber to the other through the septum holes, creating an array of jets that drive the mixing process. Flow characterization within the mixer was conducted using particle image velocimetry. Tests were performed for Reynolds...

... is by using a jet of abrasive/fluid mixture. The energy required for polishing may be supplied by the radial spread of a liquid jet, which impinges a surface to be polished. Such fluid flow may generate sufficient surface shear stress to provide material removal in the regime of chemical mechanical polishing...