( Pp. 9-17)

More about authors
Kuklina Irina Gennadevna kandidat tehnicheskih nauk, docent informacionnyh sistem i tehnologiy; docent kafedry Informacionnyh sistem i tehnologiy
Nizhny Novgorod State University of Architecture and Civil Engineering
For read the full article, please, register or log in
The fundamental task of the modern engineer-creator of specialized automotive equipment (the study examines cross- country vehicles and equipment for the construction and maintenance of roads) is a competent and high-performance application of modern information technologies, as noted in the Government Decree of 2014 [1, p. 6, 15]. The author of the article proposed a structured set of application of object-oriented information methodologies for solving problems of calculation and visualization when creating highly reliable vehicles equipped with long screw rotors [2, p. 20]. The methodologies of automation and computerization of design processes in calculating the dynamics of a machine [3, p. 87] (the creation of a competent design of vibration damping [5, p. 49] in automotive vehicles is one of the most important tasks of car builders) were considered and proposed at the end of the last and the beginning of the modern century by leading foreign and Russian authors [4, p. 53].Snow and swamp vehicles - so often called rotor-screw machines are equipped with long screw rotors [6, p. 23], the use of which significantly increases the cross-country ability of the machine [7, p. 135], but also increases the vibrational loads on the operator and passengers of the all-terrain vehicle. The creation of a methodology for calculating the oscillatory processes of these machines is devoted to the works of famous scientists of Russia [10, p. 238]. The proposed surveys are devoted to the use of modern information technologies to increase the speed and quality characteristics of calculation processes when creating comfortable and reliable special vehicles with rotary thrusters. Calculation programs are accompanied by video playback of machine units.The article proposes an original object-oriented system for studying dynamic vibration loading of machines with linear contact between the supporting surface and the propulsion. It is the uniqueness of rotor-screw machines that creates difficult conditions for the design engineers of these machines. Automation of complex calculations of the oscillatory system of these machines is an important task for Russian designers.
How to Cite:
Kuklina I.G., (2019), AUTOMATION OF DESIGN PROCESSES WHEN CREATING AND OPERATING SPECIAL CARS. Computational Nanotechnology, 4 => 9-17. DOI: 10.33693/2313-223X-2019-6-4-9-17
Reference list:
Postanovleniya Pravitel stva ot 15 aprelya 2014 goda № 301 v Moskve Ob utverzhdenii gosudarstvennoy programmy Rossiyskoy Federatsii Razvitie nauki i tekhnologiy na 2013-2020 gody Elektronnyyresurs . Rezhimdostupa: http:// Government Decree of April 15, 2014 No. 301 in Moscow On approval of the state program of the Russian Federation Development of science and technology for 2013-2020 Electronic resource - Access mode: 2014/04/24 / texnologii-site-dok.html
MacNeal R.H. Finite Elements: their design and performance. Marcel Dekker Inc., New York, 1994. 53 p.
MSC.NASTRAN Advanced Dynamic Analysis, MSC Corp., 2004. 303 p.
Smith L.M., Grifiths D.V. Programming the finite element method. Anchor Brendon Ltd, Manchester, 2nd edition, 1988. 469 p.
Steve J. Gan and Jeffry D. Cotton. Experiment study and modeling of hydraulic mounts and engine system. Proceedings of SAE noise and vibration conference. 1995. No. 951348.
Kulyashov A.P. Rotorno-vintovye amfibii / A.P. Kulyashov, A.F. Nikolaev. Gor kiy: Volgo-Vyatskoe kn. izd-vo, 1973. 47 s. Kulyashov A.P. Rotor-screw amphibians / A.P. Kulyashov, A.F. Nikolaev. Gorky: Volga-Vyatka Prince. Publishing House, 1973. 47 p.
Kulyashov A.P. Spetsial nye stroitel no-dorozhnye mashiny s rotorno-vintovym dvizhitelem: Dis. d-ra tekhn. nauk: 05.05.03. Gor kiy, 1986. 327 s. Kulyashov A.P. Special road-building machines with a rotor-screw propeller: Dis. Dr. Technical Sciences: 05.05.03. Gorky, 1986. 327 p.
Patent na poleznuyu model № 134896 RF. MKI B62 D57/036, B60 F3. Transportnoe sredstvo vysokoy prokhodimosti / Kuklina I.G., zayavitel Nizhegorodskiy gosudarstvennyy tekhnicheskiy universitet. Patent for utility model No. 134896 of the Russian Federation. MKI B62 D57 / 036, B60 F3. High cross-country vehicle / Kuklina I., applicant Nizhny Novgorod State Technical University.
Svidetel stvo na poleznuyu model № 15185 Rossiyskaya Federatsiya, MKI V63 D57/00, B60 F3/00. Transportnoe sredstvo vysokoy prokhodimosti / Kulyashov A.P., Kuklina I.G., zayavitel Nizhegorodskiy gosudarstvennyy tekhnicheskiy universitet. Certificate for utility model No. 15185 Russian Federation, MKI B63 D57/00, B60 F3/00. High cross-country vehicle / Kulyashov A., Kuklina I., applicant Nizhny Novgorod State Technical University.
SHapkin V.A. Osnovy teorii dvizheniya mashin s rotorno-vintovym dvizhitelem po zasnezhennoy mestnosti: Dis. d-ra tekhn. nauk: 05.05.03. Nizhniy Novgorod, 2001. 389 s. Shapkin V.A. Fundamentals of the theory of movement of machines with a rotor-screw propulsion on snowy terrain: Dis. Dr. Technical. Sciences: 05.05.03. Nizhny Novgorod, 2001. 389 p.
rotor-screw machine, long screw rotor, object-oriented programming, scalable information system.

Related Articles

Issue №15743
rotor-screw machine long screw rotor object-oriented programming scalable information system
Show more
Issue №5869
Simulation experimental research on the magnitude of metal removal from regimes waterjet processing using information technologies
simulation water jet cutting statistical analysis object-oriented programming abrasive
Show more
Issue №5121
simulation water jet cutting statistical analysis object-oriented programming abrasive
Show more