The phrase "abrasive processes" is correct and usable in written English.
It can be used in contexts related to manufacturing, engineering, or any field that involves material removal or surface finishing techniques.
Example: "The workshop specializes in various abrasive processes to enhance the surface quality of metal components."
Alternatives: "grinding techniques" or "surface finishing methods".
This chapter focuses on tribology in manufacturing processes from the viewpoint of understanding the fundamentals of sliding friction in those processes and the use of lubricants to control friction in manufacturing processes such as machining, drawing, rolling, extrusion, abrasive processes and processing at the micro and nanoscales.
However rigid abrasive processes induce, thermal damage.
The abrasive processes are the natural choice for machining very hard materials.
The paper also looks at examples where innovations in the abrasive tool have enabled the development of innovative abrasive processes.
Difficulties can arise because texture characterization parameters do not independently address functional requirements for the surface and cannot be independently controlled by abrasive processes.
Some progress has been made in producing integrated models of real abrasive processes, but much more could be done to improve existing models and develop new ones.
There is no report of an abrasive process capable of achieving similar nanometric finishing without introducing critical defects with the same micrometric grit size and type of abrasive.
Mechanics models of the abrasive process provide a means of linking these different effects together to understand better the effects, which may determine wear under particular conditions.
At lower temperatures severe adhesive wear dominates whereas at higher ones a third body abrasive process, involving the formation of a compliant glaze layer structure takes place.
However, with increasing F contents in films, the enhanced tribochemical reaction between Al and F caused crack, delamination and fragmentation of the tribo-layer, and then a marked abrasive process at the sliding interface.
Surfaces prepared by milling and smooth abrasive polishing processes have been analysed.
