A growing understanding of wear behavior of various thermally sprayed ceramic–metallic
matrix coatings has occurred over recent years. This has resulted from the continuous …

Liquid impingement erosion has been known as mechanical degradation, where the original
material is removed progressively from a solid surface due to continued exposure to impacts …

High-speed droplet impact is of great interest to power generation and aerospace industries
due to the accrued cost of maintenance in steam and gas turbines. The repetitive impacts of …

To optimise spray parameters for fabricating well-bonded and less decarburised coatings,
the morphologies and cross-sectional microstructures of powders and splats, in addition to …

In order to simulate the actual operating environment of the last stage blades of steam
turbines, especially under the condition of high-speed liquid-solid impact (over 600 m/s), a …

In this paper, a method for predicting remaining useful life (RUL) of turbine blade under
water droplet erosion (WDE) based on image recognition and machine learning is …

Deployment of a suspension feedstock has been known to alleviate problems associated
with using sub-micron and nanosized powder feedstock for thermal spraying of monolithic …

To investigate the effect of Cr 3 C 2 and Y 2 O 3 additions on cermet coatings, agglomerated
and sintered multimodal WC-10Cr 3 C 2–12Co and WC-10Cr 3 C 2–12Co–1Y 2 O 3 cermet …

The internal diameter (ID) coating by means of thermal spraying is currently experiencing
growing interest in science and industry. In contrast to the well-established plasma-and arc …

Leading edge erosion (LEE), which often begins near the blade's tip, is one of the most
important degradation processes that affect gas turbine blade. Optimizing blade …