abrasive machining process pdf_abrasive machining process pdf

The precision and durability of machined ceramics make them ideal candidates for a wide range of applications in various industries. In the aerospace sector, ceramics are employed for components requiring high strength-to-weight ratios and thermal stability. The biomedical field benefits from biocompatible ceramic implants produced through precision machining techniques. Meanwhile, the electronics industry utilizes ceramic substrates and insulators that necessitate fine machining to ensure functionality and efficiency.

The particle size of the abrasive significantly affects the machining process. Smaller particles yield finer surface finishes but may reduce MRR due to the limited cutting ability. Conversely, larger particles increase MRR but can lead to a rougher surface finish and deeper penetration into the workpiece material. Generally, an optimal balance of particle size is required to achieve specific machining goals.