In the present study, a two-way coupling Eulerian–Lagrangian approach is developed to
assess the cavitation erosion risk in an axisymmetric nozzle. Macroscopic cavitation …

In this study, we extensively validated the applicability of the fully conservative compressible
multiphase flow model to simulate the collapse of cavitation bubbles. The mathematical …

Cavitation erosion in fluid machineries is a complicated physicochemical and instantaneous
process, leading to material loss and reduced efficiency. As the cavitation and the …

Cavitation erosion often occurs on the surface of many underwater applications, which can
cause severe damage to materials and reduce their performance. Since the cause of …

Numerical and experimental studies of the dynamics of a cavitating bubble near a resilient
metal surface were performed. To augment the experimental flow visualizations of a …

Cavitation erosion can seriously affect the performance of hydraulic machinery. To assess its
risk, the cavitation erosion that covered a NACA0015 hydrofoil was investigated using …

A multi-scale Euler–Lagrange method was developed and applied to numerically assess
cavitation-induced erosion based on the collapse dynamics of Lagrangian bubbles. This …

This paper presents validation studies to simulate performance, cavitation and cavitation
erosion properties of the King's College (KCD) KCD-193 model propeller. The simulations …

This study presents cavitation development and cavitation erosion predictions for the
benchmark cases of NACA0015 hydrofoil and PPTC propeller (VP1304) by using …

Traditional low-pressure abrasive flow polishing can produce highly smooth surfaces, but
the efficiency of this method is too low for polishing of hard-brittle materials parts. This paper …