Optimization of cutting parameters for machining time in turning process

Mavliutov, A. R.; Zlotnikov, E. G.

doi:10.1088/1757-899x/327/4/042069

Cited by 16 publications

(7 citation statements)

References 7 publications

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“…The problem is constructed by adding objectives of objective function, two in the case of two criteria and three in the case of three objectives, with one of them multiplied by the parameter β [27]. The objective of reducing the sum of weighted completion times when the machine is not available is to minimize the global cost of stocking [28]. This is a valid objective because it calculates the stocking cost per unit time of the product, and the weighted sum represents the overall cost of stocking Due to the high computational effort associated with band models, the Weighted Ash Gases (WSGG) model with multiple global correlations has been developed [29].…”

Section: Wight Sum Methodsmentioning

confidence: 99%

Assessment of Turning process using the WSM Method

Arivudainambi¹,

Muthusamy²,

Suresh³

2022

JEMM

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Metal turning is a form of machining. It is used to create circular areas by cutting objects. The turning process requires a machine or lathe, a working tool, a fixture, and a cutting tool. A preformed piece of metal is secured to a device. A common process for turning a part includes rotating it while moving a single-point cutting tool parallel to the axis of rotation. This cutting tool works on both the outer and inner surfaces of the part. Factors such as cutting speed, cutting tool, depth of cut, and work-piece are considered in the turning process. In the assessment, the options are Cu, Si, Mn, Mg, and Zn. The results show that Zn ranks first, while Si has the lowest rank. The dataset's value for the Range of Turning process in the WSM (Weighted Sum Model) Method indicates that zinc (Zn) achieves the top ranking.

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Section: Wight Sum Methodsmentioning

confidence: 99%

Assessment of Turning process using the WSM Method

Arivudainambi¹,

Muthusamy²,

Suresh³

2022

JEMM

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“…In many well-known works [3][4][5][6][7][8][9][10][11][12][13][14][15] when studying the behavior of technological system of mechanical processing, the cutting force is given in a quasi-static state. As a result, the non-stationary nature of the plastic deformation process, determined by the properties of the material being machined and having a significant impact on chip formation processes, is not taken into account.…”

Section: Methodsmentioning

confidence: 99%

Preliminary Local Thermal Impact as a Surface Quality Assurance Factor

Timofeev

Khalimonenko

Nacharova

2021

MSF

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The article considers the issues of assuring the quality of the surfaces of machine parts by applying a preliminary local thermal impact before their edge cutting machining. In the zone of application of local thermal impact, a zone of metastable structure with respect to the material of the workpiece to be treated occurs. When the cutting plane intersects with the local thermal application line, the formed flow chip is segmented. The created graphs allow assigning of local thermal modes to the surface of the workpiece before edge cutting machining. Application of preliminary local thermal impact will assure the specified quality of the surface of the treated workpiece at semi-finishing and finishing edge cutting machining modes and stable segmentation of the flow chip.

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“…-Low uniformity of physical and chemical properties (use of uniform plates contributes to obtaining better results of machining), -Lower modulus of elasticity than hard alloy. Therefore, the realization of high cutting properties of ceramics depends on the creation of rational technological conditions which reduce the possibility of brittle destruction and expand the field of application of oxide-carbide ceramics, which will both have a positive impact on the technology of ensuring the quality of geometrical parameters of machine bed slideways and significantly reduce the costs of the cutting tool [19][20][21].…”

Section: Methodsmentioning

confidence: 99%

Influence of Structural Parameters of Cutting Ceramics on Quality of Processing of Machine Slideways of Metal-Cutting Equipment in Selective Formation of Instrumentation

Gorshkov

Popov

2020

KEM

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Modern methods of machining of bed slideways with the required parameters of accuracy and quality of the processed surfaces are considered in order to increase productivity in the treatment of the surface of machine stands. To improve productivity, the finishing sanding operation has been replaced with finishing milling to ensure the required roughness, flatness and parallelism. The method of replacement of technological operations as exemplified by processing of a bed made of gray cast iron of grade “СЧ-20” is studied. The priority method of increasing the productivity of the processing of machine slideways of metal-cutting equipment, based on the use of cutting ceramics during the processing of the bed as a final technological operation, is determined. Based on the microstructural characteristics of oxide-carbide cutting ceramics, a uniform method of equipping cutters with cutting inserts with equal lifespan is used to increase productivity and achieve the required surface finish. This method of the milling cutter layout allows for longer life and provides the required margin of tool accuracy as well as allows predicting premature wear of the cutting tool. The results of the work are the identification of the patterns of influence of structural parameters of cutting ceramics on the quality of machine slideways of metal-cutting equipment in the selective formation of instrumentation. Studies have shown that the quality of machining depends on the microstructure characteristics of each insert used in the machining process when using interchangeable multi-sided oxide carbide ceramic inserts. The increase in productivity and quality of machining is achieved by monitoring the microstructure of the cutting oxide-carbide ceramics.

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Optimization of cutting parameters for machining time in turning process

Cited by 16 publications

References 7 publications

Assessment of Turning process using the WSM Method

Assessment of Turning process using the WSM Method

Preliminary Local Thermal Impact as a Surface Quality Assurance Factor

Influence of Structural Parameters of Cutting Ceramics on Quality of Processing of Machine Slideways of Metal-Cutting Equipment in Selective Formation of Instrumentation

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