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2019 | OriginalPaper | Buchkapitel

Forming and Selection Technique for Optimal Configuration of Form-Shaping System for Multiple-Axis Machining

verfasst von : I. Manaenkov, V. Makarov

Erschienen in: Proceedings of the 4th International Conference on Industrial Engineering

Verlag: Springer International Publishing

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Abstract

An early project stage is the most important one, as the success of the form-shaping systems for multiple-axis machines project itself highly depends on the right choice of arrangement. As a rule, during the machine tool construction, the main things are experience, existing constructions of analogue machines and intuition. The task of choosing the most appropriate variant of the form-shaping systems for multiple-axis machines construction is very complicated and dubious, requiring the consideration of numerous constructive and technological restrictions, and to solve it, one must develop certain means of formalized project decision-making. The aim of this paper is the formation of graph models that allow us to formalize the interrelationships of the requirements for the multi-axis machining operation with the performance characteristics of a multi-axis machining system. This paper presents a technique of forming and selection of optimal configuration of the form-shaping systems (for multiple-axis machines) based on the integrity of graph models, analytical representations and objective functions.

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Vorheriges Kapitel Methodology for Automated Design of Optimum Cylindrical Broach Structures Developed by Total of Criteria

Nächstes Kapitel Rolling of Refractory Metals on Four-Roll Passes Rolling Mills

Makarov VM, Lukina SV (2014) Upravlenie izmeneniyami izdelij dvojnogo naznacheniya (Change management of dual-purpose products). RITM Publ Repair Innov Technol Mod 4:22–27

Lukina SV, Krutyakova MV, Solovyova NP (2011) Obespechenie konkurentosposobnosti metallorezhushhego oborudovaniya putem kontrolya kachestva i stoimosti na ehtapakh NIOKR (Ensuring competitive strength of metal cutting equipment by controlling is quality and cost at the R&D stages). MSTU “MAMI” Publishers, Moscow

Svoboda O (2006) Precis Eng 30:132–144CrossRef

Tao J (2009) J Comput Sci Technol 24(1):19–29CrossRef

Grigoriev SN, Teleshevsky VI, Sokolov VA (2013) Volumetric geometric accuracy improvement for multi-axis systems based on laser software error correction. In: International conference on competitive manufacturing “COMA’113” Stellenbosch, South Africa, 301 p, 30 Jan–1 Feb 2013

Lukina SV, Ivannikov SN, Krutyakova MV, Manaenkov IV (2013) Tekhnologicheskij sintez mekhatronnykh stanochnykh sistem dlya mnogoosevoj obrabotki (Technological synthesis of mechatronic machine tools for multi-axis machining). News of MSTU “MAMI” 2(15):46–51

Lau K, Hocken R, Haight W (1986) J Precis Eng 8(1):3–8CrossRef

Lukina SV, Ivannikov SN, Manaenkov IV (2013) Metodika formirovaniya i vybora optimal’noj konfiguratsii formoobrazuyushhej sistemy mnogokoordinatnoj obrabotki (The method of forming and choosing the optimal configuration of a multi-axis machining system). News of MSTU “MAMI” 2(16):237–242

Makarov VM, Lukina SV (2015) Validatsiya kak ehffektivnyj instrument upravleniya konfiguratsiej i kachestvom tekhnicheskikh izdelij (Validation as an effective tool for managing the configuration and quality of technical products). Glavnyj mehanik 3:38–45

10.

Makarov VM, Lukina SV, Lebed’ PA (2012) Imitatsionnoe modelirovanie v zadachakh tekhnologicheskogo inzhiniringa (Simulation modeling in the tasks of technological engineering). RITM Publ Repair Innov Technol Mod 2:16–22

11.

Bringmann B, Knapp W (2006) Model-based ‘Chase-the-Ball’ calibration of a 5-Axes machining center. Annals of the CIRP

12.

Lukina SV, Manaenkov IV (2016) Povyshenie ehffektivnosti mnogokoordinatnoj obrabotki putem upravleniya ob”emnoj tochnost’yu formoobrazuyushhej stanochnoj sistemy na ehtape NIOKR (na primere stankov dlya lazernoj obrabotki) (Improvement of efficiency of multicoordinate treatment by controlling the exactly accuracy of the form-forming machine system at the R & D stage (on the example of machines for laser processing)), Moscow Polytechnic University, Moscow

13.

Makarov VM, Lukina SV (2014) Upravlenie izmeneniyami izdelij dvojnogo naznacheniya. RITM Publ Repair Innov Technol Mod 4:22–27

14.

Lukina SV, Krutyakova MV, Solovyova NP (2011) Ensuring competitive strength of metal cutting equipment by controlling is quality and cost at the R&D stages, MSTU “MAMI”

15.

Makarov VM, Lukina SV (2013) Naukoemkij inzhiniring v zadachakh tekhperevooruzheniya (Scientific engineering in problems of experimental structure). RITM Publ Repair Innov Technol Mod 8:16–20

16.

Lukina SV (2015) Metodika optimizatsii proizvodstvennoj deyatel’nosti promyshlennogo predpriyatiya na osnove kompleksa prognosticheskikh modelej formirovaniya i vybora proektnykh innovatsionnykh reshenij v oblasti vysokotekhnologichnykh proizvodstv (Technique of optimization of industrial activity of an industrial enterprise on the basis of a complex of prognostic models of the formation and selection of design innovative solutions in the field of high-technology productions). Vestn MSTU Stankin 1:125–129

17.

Lukina SV, Ivannikov SN, Krutjakova MV, Manaenkov IV (2013) Tekhnologicheskij sintez mekhatronnykh stanochnykh sistem dlya mnogoosevoj obrabotki (Technological synthesis of mechatronic machine tools for multi-axis machining). News of MSTU “MAMI” 1:46–51

18.

Lukina SV (2015) Razrabotka kompleksa prognosticheskikh modelej formirovaniya i vybora proektnykh innovatsionnykh reshenij v oblasti vysokotekhnologichnykh proizvodstv (Development of a complex of prognostic models for the formation and selection of design innovative solutions in the field of high-tech industries). Aktual probl mashinostroenii 2:451–456

19.

Makarov VM, Lukina SV (2015) Upravlenie konfiguratsiej izdelij dvojnogo naznacheniya (Dual-use configuration management). Glavnyj mehanik 3:28–34

20.

Lukina SV, Kudryavtseva AL, Manaenkov IV (2013) Tekhnologicheskij sintez mnogoosevogo stanka dlya lazernoj obrabotki (Technological synthesis of a multi-axis machine for laser processing). RITM Publ 1:36–40

21.

Lukina SV, Manaenkov IV (2012) Povyshenie ehffektivnosti mnogokoordinatnogo frezerovaniya prostranstvenno-slozhnykh poverkhnostej na stankakh s CHPU (Increasing the efficiency of multi-axis milling of spatially complex surfaces on CNC machines). News of MSTU “MAMI” 2:124–128

22.

Lukina SV, Ivannikov SN, Manaenkov IV (2014) Povyshenie ehffektivnosti mnogokoordinatnoj obrabotki putem optimizatsii komponovki mnogoosevoj stanochnoj sistemy (Improving the efficiency of multi-axis machining by optimizing the layout of a multi-axis machining system). News of MSTU “MAMI” 2:34–37

23.

Charles Wang (2000) Laser vector measurement technique for the determination and compensation of volumetric positioning errors. Part I: basic theory. Rev Sci Instrum 71(10)CrossRef

24.

Schwenke H et al (2008) Geometric error measurement and compensation of machines. Ann CIRP 57:660–675CrossRef

25.

Chen XB, Geddam A (1997) Accuracy improvement of three-axis CNC machining centers by quasi-static error compensation. J Manuf Syst 5(16):323–336CrossRef

26.

Makarov VM (2008) Model’ upravleniya tochnost’yu formoobrazovaniya gelikoidnykh poverkhnostej pri proektirovanii stanochnoj sistemy (The model for controlling the accuracy of shaping of helicoid surfaces in the design of a machine system). STIN Publ 12:15–20

Titel: Forming and Selection Technique for Optimal Configuration of Form-Shaping System for Multiple-Axis Machining
verfasst von: I. Manaenkov
V. Makarov
Verlag: Springer International Publishing
Buch: Proceedings of the 4th International Conference on Industrial Engineering
Print ISBN: 978-3-319-95629-9

Electronic ISBN: 978-3-319-95630-5

Copyright-Jahr: 2019
DOI: https://doi.org/10.1007/978-3-319-95630-5_206

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