The phrase "abrasion process" is correct and usable in written English.
It can be used in contexts related to material science, manufacturing, or any field discussing wear and tear on surfaces.
Example: "The abrasion process significantly affects the lifespan of the materials used in construction."
Alternatives: "wear process" or "friction process".
The machine was instrumented to monitor the normal and frictional forces during the abrasion process.
This work demonstrates the capability of single asperity abrasion process in surface micro-machining.
A precision machine based on computer numerical control was designed and built to perform such an abrasion process.
This numerical tool allows following the evolution of micro-cracks inside the material during the abrasion process.
Experimental results proved that etch assisted ultrasonic floating abrasion process removed the recast layer completely and left a surface free of microcracks.
However, scratch tests are mostly done on the initial surface, which can be very different from that formed during the abrasion process and hence do not truly reflect its abrasion resistant response.
On the other hand, geomorphic processes strongly affected by physical weathering processes such as glacial abrasion (by grinding process), frost shattering, and wind abrasion are the main soil-forming factors in moraine.
Mostly abrasion processes are adopted for achieving the required surface finish and texture.
The sedimentary facies, sediment dynamics and sequence architecture of modern high-energy shelves in the mid and high latitudes are largely governed by wave abrasion processes.
With respect to the input from physical weathering, clay-sized particles of aluminosilicate minerals are generated by subglacial abrasion processes.
Respirable particles may occur due to spraying or abrasion processes.
