The phrase "abrasive machining process" is correct and usable in written English.
It can be used in contexts related to manufacturing, engineering, or machining where specific processes involving abrasives are discussed.
Example: "The abrasive machining process is essential for achieving high precision in the production of metal components."
Alternatives: "abrasive cutting method" or "abrasive manufacturing technique".
This paper presents the method of determination of truncation parameters during abrasive machining process and "zero-wear" without knowing the profile before abrasion.
This abrasive machining process reduces significantly surface irregularities subsequently improving geometrical quality and increasing wear resistance and fatigue life.
It is concluded that selection of optimal machining time and abrasive is necessary for achieving better environmental performance of abrasive machining process.
Optimization of power consumed in abrasive machining process is vital from environmental standpoint that requires the formulation of the generalized and an explicit mathematical model.
In the present work, we propose to study the power consumption in abrasive machining process using a combined evolutionary computing approach based on Multi-Adaptive Regression Splines (MARS) and Genetic Programming (GP) techniques.
Precision abrasive machining processes such as ultrasonic machining are commonly employed to machine glasses, single crystals and ceramic materials for various industrial applications.
Abrasive machining processes are aimed at the complete removal of the coolant which is designed mainly to cool and lubricate the machining zone.
In manufacturing, it is used for its hardness in abrasive machining processes such as grinding, honing, water-jet cutting and sandblasting.
The objective of the present research is to simulate cylindrical electro-chemical magnetic abrasive machining (C-EMAM) process for magnetic stainless steel (AISI-420).
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.
Rather than a standard single-step machining process with a honing tool — an abrasive that smoothes the cylinder to the required finish — plateau honing uses two stages of grinding to produce a surface that is ultrasmooth yet leaves a pattern of very fine grooves to hold oil.
