Application of Magnetic Field on Lubricating Cooling Technological Condition in Metal Cutting Process

Erkin, Umarov; Mardonov, Umidjon; Shaozimova, Umida

doi:10.1007/978-3-030-83368-8_10

Cited by 5 publications

(3 citation statements)

References 12 publications

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“…It is necessary to find out on how much the applied technological adjustment provides receiving of the sizes in the set tolerance field. This is due to the fact that in practice holes are produced both by drilling and countersinking as well as by direct drilling to a given size [4][5][6][7][8].…”

Section: Research Resultsmentioning

confidence: 99%

Wear resistance analysis of HSS drill bits P6M5 and special round carbide drill bits VK8 for drilling alloyed steels and alloys

Turonov,

Umarov,

Normatov

et al. 2023

E3S Web Conf.

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Section: Research Resultsmentioning

confidence: 99%

Wear resistance analysis of HSS drill bits P6M5 and special round carbide drill bits VK8 for drilling alloyed steels and alloys

Turonov,

Umarov,

Normatov

et al. 2023

E3S Web Conf.

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“…The mass fraction of components in the composition of aluminum alloy grade 8176 in % is shown in Table 1 [6]. LiF is a binary chemical compound of lithium and fluorine and is a lithium salt of hydrofluoric acid [7]. Under normal conditions, it is a white powder or a transparent colorless crystal, a non-hygroscopic, almost insoluble compound in cold water.…”

Section: Methodsmentioning

confidence: 99%

The Effect of Lithium Content on the Mass of the Part When Alloyed With Lithium Aluminum

2022

IJOMAM

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At present, aluminum alloys are widely used alloys after iron-carbon alloys in the production of mechanical engineering parts. The article presents the process of alloying an alloy of grade 8176 aluminum with a combination of lithium fluoride. Bunda quoted the legirlash process in the same way. In the first method, lithium fluoride powder was mixed with a halide aluminum alloy wrapped in aluminum foil. In the second method, lithium fluoride powder was mixed with an aluminum alloy without exposure. Experiments have shown that a combination of 3 different amounts of lithium fluoride is introduced into the aluminum alloy. A combination of lithium fluoride is mixed in an amount from 5 gr to 15 gr. The experiments were carried out in a muffle furnace of the brand SNOL-1,6.2,5.1/11-I2M. The experiments carried out led to the fact that the furnace is set to 750 °C. In the article, the authors identified a lot of details of the samples obtained during the experiments and presented the relevant analyses and conclusions.

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“…Cutting fluids actively affect the frictional plastic contact surfaces of the cutting tool. The main purpose of using lubricating-cooling fluids is to reduce the cutting temperature, cutting forces, and power and, as a result, to increase the wear resistance of the cutting tool and the quality of the machined surface [4,5,6,7]. Russian scientists A.G. Kisel, D.S.…”

Section: Introductionmentioning

confidence: 99%

Influence of Using Cutting Fluid under the Effect of Static Magnetic Field on Chip Formation in Metal Cutting with HSS Tools (turning operation)

Mardonov¹,

Khasanov²,

Jeltukhin³

et al. 2023

Manufacturing Technology

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This paper presents a novel methodology of using cutting fluids to improve the material removal process in metal cutting. To this end, a set of orthogonal cutting experiments are conducted using various cutting fluids to calculate the chip shrinkage coefficient in the material removal process. Chip shrinkage coefficient has been focused on as an important factor that affects chip formation in the material removal process. Using cutting fluids under the influence of a static magnetic field in the metal cutting process is proposed as an innovative method to decrease the deformation that is emerged in the chip formation process while cutting cylindrical parts in lathes. Experiments showed that the application of cutting fluids under the influence of a static magnetic field decreased the shrinkage of the chip by up to 20 % in comparison to the conventional use of cutting fluids in turning cylindrical parts with HSS tools. Moreover, a mathematical model of the effect of boiling point and density of cutting fluids on tool flank wear has been developed in this paper. The obtained results present that the magnetized cutting fluids have an improved cooling capacity and they can be used as a modern cutting fluid in manufacturing. Cutting fluid Chip shrinkage Metal cutting Magnetic field Turning

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Application of Magnetic Field on Lubricating Cooling Technological Condition in Metal Cutting Process

Cited by 5 publications

References 12 publications

Wear resistance analysis of HSS drill bits P6M5 and special round carbide drill bits VK8 for drilling alloyed steels and alloys

Wear resistance analysis of HSS drill bits P6M5 and special round carbide drill bits VK8 for drilling alloyed steels and alloys

The Effect of Lithium Content on the Mass of the Part When Alloyed With Lithium Aluminum

Influence of Using Cutting Fluid under the Effect of Static Magnetic Field on Chip Formation in Metal Cutting with HSS Tools (turning operation)

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