Energy Efficient Technology of Obtaining Advanced Composite Grinding Materials and Tools in "Silicon Carbide – Corundum" System from Aluminium-Containing Residual Products

Shumyacher, V. M.; Pushkarev, O. I.; Славин, А. В.

doi:10.1016/j.proeng.2017.10.465

Cited by 6 publications

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“…With a reduction in test time and costs, reliable data becomes difficult to be obtained, because there are some insurmountable methodological difficulties emerge on a given machine in the process of the simulation of the actual grinding process. Some attempts to develop the methods and means for express testing of tools and LCL in the process of grinding have been taken by different scientists [1][2][3][4][5][6]. The obtained results are not enough informative from the actual technological grinding process point of view.…”

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Monitoring of Grinding Process with Help of Automatic Measuring Complex

Shumyacher

Славин

Bochkarev

2018

Proceedings of the 4th International Conference on Industrial Engineering

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To determine the characteristics of an abrasive tool, the composition of lubricating-cooling liquids (LCL), and grinding modes at the stage of the technological process of abrasive processing development, we created the softwareautomatic and automatic test complexes that allow prolonging express tests. Let us lay the foundations of the computer-aided design system. The principle of operation of an automated complex is based on statistical analysis of output energy parameters of technological equipment operation. We developed a methodology for the design of grinding wheels which are based on the data of monitoring the grinding process with the help of the original automated measuring complex.Keywords Grinding Á Cutting ability Á Abrasive dispersion Á Specific power IntroductionTo design grinding process, it is necessary to choose the characteristics of abrasive tool, composition of LCL, modes of the tool dressing, and machining of a billet. Existing recommendations on these issues can be considered to be not enough to date, because of the constant expansion of the nomenclature of processed materials, abrasive tools, and LCLs.

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confidence: 99%