With the increasing demand for ultra-precision machining parts in the industrial field, surface
roughness, as a key quality indicator, faces dual challenges of precision and speed in …

This work investigates the surface topography of AISI 304 austenitic stainless steel after low
plasticity burnishing through the evaluation of the average surface roughness (Ra), surface …

Ball burnishing is a mechanical operation that aims to improve surface quality and
mechanical properties of components, as an increase in hardness and fatigue resistance. In …

Deep rolling is a powerful tool to increase the service life or reduce the weight of railway
axles. Three fatigue-resistant increasing effects are achieved in one treatment: lower surface …

Deep rolling is an effective and economically viable mechanical surface treatment that
induces surface deformation by the action of a rolling tool. It is capable of reducing …

The influence of deep rolling (DR) parameters (speed, number of passes and pressure) on
the equivalent total strain, α'-martensite formation, ultra-microhardness, microstructure, and …

In this research, AISI 304 austenitic stainless steel was used as work material and the
influence of low plasticity burnishing (LPB) parameters (speed, number of passes and …

Welded joints show a comparably low fatigue strength compared to the base material. Thus,
different post-weld treatment methods are used to enhance the fatigue strength of welded …

Mechanical surface treatments are specialized processes for improving part properties
during their lifetime. However, they are additional processes within the process chain, which …

This study aimed to investigate mechanical surface treatment through deep rolling (DR) and
post-weld heat treatment (PWHT) to enhance the surface integrity of an AA7075-T651 …