The phrase "abrasive machining" is correct and usable in written English.
It can be used in contexts related to manufacturing, engineering, or machining processes that involve removing material using abrasive tools.
Example: "Abrasive machining is often employed to achieve a high level of precision in the finishing of metal components."
Alternatives: "abrasive cutting" or "abrasive processing".
This paper presents the method of determination of truncation parameters during abrasive machining process and "zero-wear" without knowing the profile before abrasion.
Zirconia structures can be shaped either in pre-sintered or sintered states by abrasive machining.
Abrasive machining is employed for improving surface characteristics of components used in oil and gas applications.
This abrasive machining process reduces significantly surface irregularities subsequently improving geometrical quality and increasing wear resistance and fatigue life.
Abrasive machining, the use of abrasives rather than high-speed steel or tungsten carbide cutting tools, makes use of the self-sharpening grinding wheel and eliminates tool sharpening costs.
The objective of the present research is to simulate cylindrical electro-chemical magnetic abrasive machining (C-EMAM) process for magnetic stainless steel (AISI-420).
Petitioner, a Massachusetts corporation, manufactures and sells abrasive machines and supplies.
In current free-abrasive machining and computer-controlled polishing, the polishing tool or abrasive particle movement are major aspects, whereas the workpiece is simply used for feed movement or immobility.
Micro abrasive jet machining is a non-conventional machining process used to produce micro features such as holes, channels on various brittle materials in particular and engineering materials in general.
This paper introduces a new method of micro abrasive jet machining, called micro abrasive intermittent jet machining (MAIJM), in which there exists a period of time during which no abrasive is injected into the gas stream from the nozzle so that the continuous flow of gas without abrasives from the nozzle could blow away any abrasives that have accumulated in the hole.
Abrasive flow machining (AFM) is a non-traditional machining technique, which is capable of providing excellent surface finish on difficult-to-approach regions on a wide range of components.
