Exact(18)
Grinding operations using different abrasive grit sizes, machine powers, and grinding lubrication, have been compared.
After evaluating the effect of grinding with papers exhibiting distinct grit sizes for the final finish, a two-step grinding process was established.
Spherical grinding was conducted with a CNC grinding machine using metal-bond diamond tools with grit sizes of 25 and 15 μm under the machining conditions selected.
The abrasive wear behaviour of SiCp-reinforced composites was investigated using pin-on-disc type of machine where the sample slid against SiC abrasive of different grit sizes.
Silicon nitride is used as workpiece material and ground with diamond wheels of two bond types and three grit sizes at machine loop stiffness of four different levels.
The thickness of the deformation-affected layer reduced between 15 and 10 μm when using 180# and 400# abrasive grit sizes, respectively.
Similar(42)
a Group I, abrasive grit size effect.
The Diamond Grit Selection focuses on diamond type, grit size, and concentration.
Compared with using 60# grit size abrasive, it was clear that deep grooves, large smearing areas, and adhesive chips were reduced by using a 180# grit size abrasive.
The abrasive grit size has a major influence on the surface roughness and the surface finish, the improvement by using a smaller grit size abrasive is significant.
Surface defects were reduced even more by using the finest (400#) grit size.
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