The uncontrollable wear has been the severe problem faced by various industries in the
past and also found existing in the current scenario. Various investigations were carried out …

Fretting wear has an adverse impact on the fatigue life of turbine blade roots. The current
work is to comparatively investigate the fretting wear behaviour of the nickel-based …

This study investigates the fretting wear behavior of additively manufactured Inconel 625
and its wrought counterpart at room temperature, 350° C, and 700° C. The friction and wear …

In industrial settings, the same friction pair can undergo both fretting and sliding wear
depending on the working conditions. This study compares the fretting and sliding wear …

The preparation of cermet-modified layers on the surface of titanium alloys using lasers is an
effective method to improve their wear resistance. In this study, a typical Ti–TiN composite …

The stellite 12 layer was applied on H13 steel by laser cladding to increase the surface wear
resistance at high-temperature. The tribological performance of stellite 12 laser cladding …

Tantalum oxide-based coatings have recently become potential candidates for high-
temperature tribological applications due to their high thermal stability and ionic potential …

In this work, a self-lubricating wear-resistant CoCrFeNiMo composite high entropy alloy
(HEA) coating was fabricated on the 304L stainless steel through laser cladding technology …

Owing to their HCP structure and inherent resistance to deformation, Cobalt-containing
alloys are often used for low-friction and wear-resistant purposes. Here, the tribological …

Fretting wear evolution of γ-TiAl alloy was investigated. Evolution of wear scar, tribolayer
and wear debris were studied using optical microscope and scanning electron microscope …