Operation of high-technology product development based on functions and value

Prilytskaya, M. A.; Murukina, A. D.; Podoliak, O O

doi:10.1088/1757-899x/709/3/033049

Cited by 3 publications

(1 citation statement)

References 4 publications

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“…Важность параметра может быть определена разными способами, однако, большинство из них имеют крайне низкую объективность в силу того, что объем одновременно анализируемой информации становится несоразмерно большим при увеличении числа сравниваемых параметров. Одним из инструментов в данном случае может выступать метод попарных сравнений [10]. Особенностью данного метода является сравнение не всех параметров, а только пары и выставление оценок в системе «более важный», «менее важный» или «равнозначный», что позволяет одновременно оценить объективность принятого решения, но и с применением инструментов математической статистики определить значимость всех параметров, входящих в анализируемую выборку.…”

Section: выбор метода контроля геометрических размеров деталей при пр...unclassified

Selection of a Method for Controlling the Geometric Dimensions of Parts in Geodetic Production

Podolyak,

Iskachev,

Sovkov

et al. 2023

Bulletin of Belgorod State Technological University Named After. V. G. Shukhov

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An important aspect in the production of geodetic equipment is the control and measurement of parts of the entire unit. The problem of choosing the method for controlling the geometric dimensions of parts in the production of geodesic products is raised. Simple analysis and further choice of control method do not give a clear answer which method will best suit the requirements of a particular production unit and technological process. The researchers developed an algorithm for selecting a method for controlling the geometric dimensions of parts, consisting of 6 steps. For approbation of the proposed method of analysis control and measuring operations necessary according to technological maps in the production of electronic total stations were considered. The advantages of the algorithm presented are the consideration of the maximum number of parameters in the analysis, taking into account both technical and organizational factors. This method can be used for any object when changing the analysis parameters. The study tested the algorithm for the analysis of the most popular control methods. The first three steps of the algorithm require the formation of an expert commission, which can add subjectivity to the evaluation of the parameters of the analysis. The final steps of the control method selection algorithm are calculated. The result of the proposed method is the calculation of a weighted parametric index

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Section: выбор метода контроля геометрических размеров деталей при пр...unclassified

Selection of a Method for Controlling the Geometric Dimensions of Parts in Geodetic Production

Podolyak,

Iskachev,

Sovkov

et al. 2023

Bulletin of Belgorod State Technological University Named After. V. G. Shukhov

View full text Add to dashboard Cite

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Marketing aspect in the ‘Value Engineering’ in the new products development of machine-building enterprises

Murukina

Tipner

Prilutskaya

et al. 2020

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

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The dynamism of the engineering products markets is determined by a high level of competition, frequent changes in technology. One of the key problems of Russian machine-building enterprises is the long term of development and putting the product into the production which leads to the fact that ‘yesterday’s product is launched on tomorrow’s markets’. So, we see an arising need for a fundamental change in the product development process by including future consumers in it and ensuring verification of the results at each stage, from the formation of the technical task to the testing of the finished product. Such an approach will allow balancing consumer value and product characteristics, determining the significance and cost of functions, and substantiating a fair price. These problems are solved by the method of value engineering of a product. Application of this method requires reliable information on consumer characteristics, conditions and process of product operation, parameters of similar products. The tools of classical marketing research and new products engineering development should be combined into one system. As a result, the use of value engineering reduces the time required to bring a new product to the market and increases the competitiveness of the product.

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Diversification instruments for machine-building enterprises

Prilutskaya

Murukina

Tipner

et al. 2020

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

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Improving the competitiveness of engineering products, import substitution and increasing high-tech exports are priority government tasks. The development of the high-tech products production is ensured through the diversification of engineering enterprises. The study revealed a number of problems that machine-building enterprises are facing when mastering the production of new products. The diversification methods and tools used largely determine the effectiveness of activities throughout the entire product life cycle. The authors consider the value analysis method as a key instrument for implementing the diversification strategy. Value analysis includes a variety of instruments, such as conducting marketing and patent research, reverse engineering, cooperative chain design, and others. The determination of the company’s preparedness for diversification is of particular importance. The article presents an approach to assessing the key functional areas of the enterprise that indicate its preparedness for diversification.

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Operation of high-technology product development based on functions and value

Cited by 3 publications

References 4 publications

Selection of a Method for Controlling the Geometric Dimensions of Parts in Geodetic Production

Selection of a Method for Controlling the Geometric Dimensions of Parts in Geodetic Production

Marketing aspect in the ‘Value Engineering’ in the new products development of machine-building enterprises

Diversification instruments for machine-building enterprises

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