A significant amount of interstitial-free or IF steel is used to manufacture automotive body
parts due to its high ductility, high formability, and low yield strength. But, the major …

Recent studies have shown that severe shot peening can be categorized as a severe plastic
deformation surface treatment that is able to strongly modify the microstructure of the surface …

Surface coverage as one of the most effective parameters of shot peening process has
substantial influence on the functionality of the peened component. The aim of this study is …

In this study, the shot peening process which is a mechanical surface treatment was applied
to AISI 1017 low carbon steel material. The free ball micro abrasion test was applied to the …

The aim of this paper is to clarify the effects of shot peening on fatigue life and strain
hardening behavior of spring steel samples containing artificial surface defect. Artificial …

The effects of different shot peening conditions such as pressure (from 68.9–551.6 kPa),
media type (media S230 and S110) and double shot peening on the microstructure …

Shot peening is one of the most powerful mechanical peening techniques applied in surface
engineering to improve the mechanical properties of metal alloys by introducing …

In this work, the most efficient and common engineered surface treatments identified as shot
peening (SP), laser shock peening (LSP) and ultrasonic surface rolling process (USRP) …

The surface yield strength of S30432 austenitic steel after conventional and dual shot
peening treatments has been investigated by means of X-ray stress analysis. The results …

This paper discusses alteration of microstructure and mechanical properties of low carbon
steel after severe shot peening process. An ultra fine grained surface layer was formed on …