Diagnostics of Wheel Life in Grinding

The issue in question relates to machine building, particularly to machining of metals. We used the approach and software environment allow comparison with other aforementioned approaches and software environments to more accurately simulate the stress state of the material of the tool and, thereby, to increase accuracy of the design parameters of the tool for specific operating conditions. Introduction of automated systems of metals is directly related to the device status monitoring process of metal cutting, work process and increase its efficiency in the conditions of limited use of staff. Tasks of further improvement of machine-building production are inextricably linked with the effective use of technological equipment. Improving the efficiency of CNC machine tools is limited “hard” daemon setting the specified modes of the metals, when not taken into account peculiarities of processing of a concrete detail and lays the modes for the most demanding conditions.

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Creating an algorithm for improving the working surfaces of tools, using computer modeling

Kruglov

Zubarev

Zhelnov³

et al. 2019

IOP Conf. Ser.: Mater. Sci. Eng.

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On dynamics and control when finishing body parts

Shvetsov

Zhelnov²,

Zubarev

2019

IOP Conf. Ser.: Mater. Sci. Eng.

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For designing machines, the optimal treatment regimens need to perform dynamic quality of the machine elastic system on the basis of imitating modeling of technological systems during the cutting process. When finishing body parts in some cases, problems arise with a high dynamic quality of the machine elastic system, as the workpiece has, as a rule, sufficiently high rigidity. The simulation modeling allows to obtain reliable qualitative and quantitative characteristics of the process being modeled. In the article the mathematical description of the dynamic model of milling machine is given taking into account the main mechanisms of the excitation process in multi-processing.

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Improving the efficiency of planing operations when processing large parts based on gas analysis

Nikulenkov

2020

IOP Conf. Ser.: Mater. Sci. Eng.

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The paper presents a comprehensive study of the process of diffusion of impurities, the formation of gases and their mass transfer in the gas-air space of the treatment zone. In addition, the author discusses changes in the state of the cutting process, including the state of the cutting tool and the surfaces of the processed products. Accordingly, the main scientific result is the development of methods and means of controlling the processes of mechanical processing based on mathematical models. The use of such systems in automated production allows you to increase productivity and reduce processing costs by increasing the reliability of processing at higher cutting conditions, timely change of substandard tools, reducing product scrap and tool consumption. In addition, to increase the reliability of the processing systems by timely replacement of extremely worn or broken tools on a backup tool.

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Diagnostics of Wheel Life in Grinding

Cited by 3 publications

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Creating an algorithm for improving the working surfaces of tools, using computer modeling

Creating an algorithm for improving the working surfaces of tools, using computer modeling

On dynamics and control when finishing body parts

Improving the efficiency of planing operations when processing large parts based on gas analysis

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