Industries like automotive, aerospace, railroad coaches, nuclear power and biomedical
mainly focus on surface characteristics of machined components like surface roughness …

Numerous simplified numerical models have been established to optimize the ball
burnishing of steel surfaces. Nevertheless, their conceptualization has not considered the …

This study presents the effects of conventional shot peening as a surface post-treatment
method on the fatigue crack growth behavior and failure mechanism of a solid solution alloy …

In this paper an evaluation of sequential ball end milling-burnishing process of a curvilinear
surfaces has been presented by considering some technological and tribological aspects …

Additive manufactured parts often require post-processing to obtain the desired surface
finish. In this sense, this work investigates the ball burnishing process's applicability as a …

Surface integrity is a critical factor that affects the fatigue resistance of materials. A surface
mechanical rolling treatment (SMRT) process can effectively improve the surface integrity of …

The surface integrity and fatigue properties of Ti60 alloy under different ultrasonic impact
processes were investigated. Ultrasonic impact treatment (UIT) with various parameters …

The final surface modification processes enhance the fatigue strength, wear resistance, and
corrosion resistance of the workpiece by improving the surface quality, enhancing the …

The CoCrMo alloy is a biomaterial that has been employed for the production of permanent
orthopedic implants, however, the release of metallic ions from debris due to tribocorrosion …

This study investigates the effects of roller burnishing on the microstructure, surface
microhardness, and wear resistance of 316L stainless steel. Experimental design based on …