Machining processes have made technological leaps in achieving ultraprecision material
removal and surface finishing at the submicrometric scale. At this level of precision, size …

The mechanics of large-strain deformation in cutting of metals is discussed, primarily from
viewpoint of recent developments in in situ analysis of plastic flow and microstructure …

The mechanical properties, wear and corrosion behavior of copper matrix composites
reinforced with steel machining chips was investigated in this research. Steel machining …

The deformation history and state of machined surfaces in low-speed cutting of metals with
sharp, wedge-shaped tools have been characterized using high-speed image analysis …

Wear and removal of material from polycrystalline metal surfaces is inherently connected to
plastic flow. Here, plowing-induced unconstrained surface plastic flow on a nanocrystalline …

Tool wear and cutting parameters have a significant effect on the surface layer properties in
milling. Since the relation between tool wear, cutting parameters, and surface layer …

Manufacturing is a crucial activity of product development that feeds into and is also
influenced by the design process. Any material conservation gained during manufacturing …

The deformation field in large-strain extrusion machining, a constrained chip formation
process, is characterized using high-speed imaging and particle image velocimetry. The …

Large strain extrusion machining (LSEM) is a promising process to create chip foils with
ultrafine grains and a certain type of crystallographic texture. Disclosing the interconnection …

Large-strain extrusion machining (LSEM) has been emerged as a promising severe plastic
deformation methodology for the creation of nano or ultra-fined grained materials. To realize …