Cavitation damage is a major threat to the life span of fluid machinery and has been a hot
research issue in engineering for a long time. The current work aims to show the ability to …

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

The cavitation erosion behavior and anti-cavitation erosion mechanism of NiTi alloys was
explored by water jet equipment conforming to ASTMG134 international standard. The …

The influence of temperature on the corrosion and cavitation erosion-corrosion (CE-C)
behavior of Al 10 Cr 28 Co 28 Ni 34 high-entropy alloy (HEA) coating in seawater was …

Cavity shedding mechanisms, such as those due to re-entrant jets (RJ) and condensation
shocks (CS), are important but challenging topics in cavitating flows. This study investigates …

Unsteady cavitation causes noise, damage, and performance decline in the marine
engineering and fluid machinery systems. Therefore, finding a method to control the …

In this paper, a numerical method to assess the risk of cavitation erosion is proposed, which
can be applied to incompressible simulation approaches. The method is based on the …

When flow passage components were used in the ocean, it was inevitable that they could be
damaged by the coupling effect of cavitation erosion and corrosion. It is necessary to explore …

In this work, the cavitation erosion-corrosion performances of X65 pipeline steel at different
locations of Venturi pipe is studied. Results show that the collapse of bubbles at throat …

The cavitation erosion of Ti-Ni alloy is explored on a cavitating liquid jet with different
standoff distances. The cavitation erosion characteristics of Ti-Ni alloy specimens are …