Algorithms development of making special techniques in APQP manufacturing process of automotive components

Safarov, D. T.; Fedorov, K A; Ilyasova, A I

doi:10.1088/1757-899x/134/1/012036

Cited by 13 publications

(3 citation statements)

References 3 publications

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“…Але повністю автоматизувати дрібносерійне виробництво з огляду на широку номенклатуру та малу програму випуску виробів не вважається економічно доцільним. Так, тут застосовуються машини з ЧПК, які легко переналагоджуються під виробництво нової деталі, але комплексна автоматизація виробництва з насиченням його роботизованими комплексами та автоматичним пересуванням напівфабрикатів між робочими місцями та складами неефективна через великі трудовитрати на ремонт, технічне обслуговування та програмування цих автоматів [5]. Тому зниження собівартості виготовлення деталей на багатономенклатурних виробництвах спрямоване на використання універсальних пристосувань, дешевої робочої сили, диференціювання операцій та поліпшення умов протікання формоутворюючих операцій [6].…”

Section: способи інтенсифікації процесу збільшення діаметру трубних з...unclassified

Ways to Intensify the Process of Increasing the Diameter Pipe Blanks in Kremenchuk

Sira¹

2022

Transactions of Kremenchuk Mykhailo Ostrohradskyi National Univ

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Section: способи інтенсифікації процесу збільшення діаметру трубних з...unclassified

Ways to Intensify the Process of Increasing the Diameter Pipe Blanks in Kremenchuk

Sira¹

2022

Transactions of Kremenchuk Mykhailo Ostrohradskyi National Univ

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“…While the technological preparation of production is optimized by the introduction of an automated system of technological preparation of production, it is almost impossible to automate the debugging of the technological process on physical models [9]. It is possible to partially automate the debugging process with the involvement of applied programs for the finite-element modeling of technological processes [10,11].…”

Section: Introductionmentioning

confidence: 99%

Improving the technology for manufacturing hollow cylindrical parts for vehicles by refining technological estimation dependences

Puzyr

Shchetynin

Vorobyov

et al. 2021

EEJET

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This paper shows that the technological preparation of production accounts for 20‒70 % of the total labor intensity of technical preparation. An important role belongs to the applied programs of finite-element modeling. However, such software packages often cannot be purchased by small-scale industrial enterprises for various reasons. Therefore, special empirical and analytical calculation models are used, which have proved to be quite effective in typical metal processing processes. Drawing a cylindrical hollow part was used as an example of the improved analytical dependence to calculate meridional tensile stresses. Existing analytical models of the process accounted for the bending moment through additional stresses. However, this approach only roughly described the deformation process. It was possible to refine the existing analytical dependences by introducing a term into the differential equilibrium equations that takes into consideration the bending moment that acts in the meridional direction when a workpiece passes the rounding on the matrix edge. Analysis of the obtained expression revealed that the bending of a workpiece gives rise to the stretching meridional stresses, which depend on the ratio of the squares of the thickness of the workpiece and the radius of the matrix rounding. The results of the estimation data from the numerical and theoretical models coincided for small values of the radius of the matrix rounding of 1‒2 mm, which confirms the adequacy of the analytical solution. In the numerical model, there is an extreme point where the tensile stresses have a minimum and, after it, begin to increase; this corresponds to the matrix rounding radius of 5 mm

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“…Advanced Product Quality Planning (APQP) is a framework of procedures and techniques used to develop products in industry, particularly the Automotive Industry Action Group (AIAG) [1,2].The term TQM first appeared in 1961, when the concept was devised by A. V. Feigenbaum and named Total Quality Control (TQC), have highlighted that TQM integrates fundamental management techniques, existing improvement efforts [3]. A standardized version of the procedure is fairly common without paying attention to the quality of its preparation [4]. APQP technique used automotive industry challenges are: Innovation, more complex product, reduce new product development times, complicated supply chain and increasing customer and quality requirements [5].…”

Section: Introductionmentioning

confidence: 99%

A Review of some Product Development Techniques applied in SME�s Industry

Yadav¹

2019

IJRASET

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Nowadays the new product development or the current product, I make some changes are usually difficult tasks for any industry. While any company changes its existing product, some common factors appear in the process. To meet the needs of customers or to meet the market demand, there is also a challenging task in the current market scenario. Therefore, to meet the demands of a transformation design and to reduce waste, along with various industries, research scholars are also engaged in the development of new tools, technologies for product development process. In this paper, using the APQP technique to remove the internal factors developed within the industry as well as meeting the needs of the customer and the market demand.

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Algorithms development of making special techniques in APQP manufacturing process of automotive components

Cited by 13 publications

References 3 publications

Ways to Intensify the Process of Increasing the Diameter Pipe Blanks in Kremenchuk

Ways to Intensify the Process of Increasing the Diameter Pipe Blanks in Kremenchuk

Improving the technology for manufacturing hollow cylindrical parts for vehicles by refining technological estimation dependences

A Review of some Product Development Techniques applied in SME�s Industry

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