Surface integrity has a major influence on the fatigue behaviour of metallic components.
Using deep rolling, the residual stress state can be influenced to a high degree under …

Deep rolling is often used as a finishing step after cutting because of its beneficial influence
on surface and subsurface properties, which lead to an increase in performance and …

The residual stress distribution induced by deep rolling depends on several factors: the
material elasto-plastic curve, roller shape, indentation force and rolling feed. Among these …

Deep rolling is used to increase the in-service life of parts due to reduced roughness,
induced compressive residual stresses, and hardness alterations within the surface and …

To achieve favorable surface and subsurface properties by means of compressive stresses,
low surface roughness and strain hardened microstructures, deep rolling is a well …

Mechanical surface treatments like deep rolling (DR) can be implemented in the
components' process chain in order to increase their fatigue strength. Even the benefits of …

Deep rolling is a finishing process and as such, usually used at the end of a process chain.
The preceding processes often already have a substantial effect on the surface integrity …

Based on the concept of Process Signatures, the deep rolling process is analyzed, aiming at
functional relationships between material modifications and internal material loads during …

The endurance limit of structural mechanical components is affected by the residual stress
state, which depends strongly on the manufacturing process. In general, compressive …

Due to an outstanding combination of high strength and fracture toughness Maraging steels
are used in numerous industries, eg, in the aerospace sector. The high strength can be …