The grinding of superhard materials poses an important challenge to manufacturing industry, due the increased wear and high possibility fracture both wheel workpiece material. Various strategies have been proposed for effective these materials, but further research is still required, especially in cases which hardness are almost equal. In this study, role bond a diamond during processing such a...

Diamond offers great potential for use as a thermal spreader in various applications, including power electronics and radio-frequency (RF) applications. However, to be used an efficient spreader, the atomically smooth surface of diamond is critical bonded with chips. Herein, polishing technique 2-inch diameter wafer-scale bulk polycrystalline substrate proposed. In this work, 350 μm thick grown...

Abstract Conventional machining of super alloy Monel 400 is difficult due to its high strength, low heat conductivity, and gummy nature. In this work, the performance electrical discharge diamond face grinding (EDDFG) while processing supper assessed using abrasive diamond-coated wheels three different grit numbers. Preliminary experiments highlighted superior EDDFG as compared that (EDM) (EDFG...

Abstract As one of the important functional components in optical diagnosis system, processing accuracy monocrystalline silicon cylindrical mirror directly affects overall performance entire experimental device. In order to obtain high-precision elements, coordinate transfer function models diamond wheel surface parallel grinding process were established, and forming scheme was proposed based o...