Scientific and Technical Journal


ISSN Print 2221-3937
ISSN Online 2221-3805
The article deals with the problem of the formal submission of the GTU tests process. Authors examined the different approaches and propose the basic model of GTU tests process, which is based on the decomposition tests process GTU and according to the set-theoretic approach. This model allows us to describe the GTU tests process and select the test results subset. The basic model is extended to the GTU research test process. The logic levels of the test process were introduced. Developed state diagram of this process for determining the model components, on which the basic model was modified. The developed models will form the basis of data of the GTU tests process for automated decision support system.
1. Marchukov E.Ju., Onishhik I.I., Rutovskij V.B. Ispytanija i obespechenie nadezhnosti aviacionnyh dvigatelej i jenergeticheskih ustanovok [Testing and Reliability of Aircraft Engines and Power Plants], (2004), Moscow, Russian Federation, MAI Publ., 336 p. (In Russian).
2. Aleksandrovskaja L.N., Kruglov V.I., and Kuznecov A.G. Teoreticheskie osnovy ispytanij i jeksperimental'naja otrabotka slozhnyh tehnicheskih sistem [Theoretical Foundations of Tests and Experimental Development of Complex Technical Systems], (2003), Moscow, Russian Federation, Logos Publ., 736 p. (In Russian).
3. Tomashevs'kyj V.M. Modeljuvannja system [Simulation Systems], (2005), Kiev, Ukraina, BHV Publ., 352 p. (In Ukrainian).
4. Andreev D.A., Sposoby formalizovannogo opisanija tehnologij: popytka obzora [Methods Formalized Description of Technology: an Attempt to Review], (2011), Trudy Pskovskogo Politehnicheskogo Instituta. Ser. Mashinostroenie. Jelektrotehnika Publ., Vol. 15.3, pp. 291 – 297 (In Russian).
5. Samujlov K.E., Serebrennikova N.V., and Chukarin A.V. Osnovy formal'nyh metodov opisanija biznes-processov [Based on Formal Methods of Describing Business Processes], (2008), Moscow, Russian Federation, RUDN Publ., 130 p. (In Russian).
6. Jarygin O.N., and Korostelev A.A. Sistemnaja dinamika kak osnova sovremennoj upravlencheskoj kompetentnosti [Systemic Dynamics as the Basis of Modern Managerial Competence], (2014), Aktual'nye Problemy Jekonomiki i Prava Publ., Vol. 4 (32), pp. 196 –205 (In Russian).
7. Tomashevs'kyj V.M. Imitacijne modeljuvannja system ta procesiv [Simulation Systems and Processes], (1994), Kiev, Ukraine, ISDO Publ., 124 p. (In Ukrainian).
8. Shitikova E.V., and Tabunshhik G.V. Informacionnaja model' processa ispytanij gazo-turbinnyh ustanovok nazemnogo primenenija [Information Model of Test Process of Gas Tur-bine unit for Terrestrial Usage], (2013), Radio-Elektronika, Informatyka, Upravlinnja Publ., Vol. 1(28), pp. 101 – 108 (In Russian).
9. Shitikova E.V., and Tabunshhik G.V. Modelirovanie riskov processa ispytanij gazo-turbinnyh ustanovok nazemnogo primenenija [Risk Model of the Gas Turbine units for Ter-restrial usage Testing Process], (2012), Naukovi Praci Donec'kogo Nacional'nogo Tehnichnogo Universytetu, Serija: “Problemy Modeljuvannja ta Avtomatyzacii' Proektuvannja” Publ., Vol. 1 (10) – 2(11), pp. 79 – 89 (In Russian).
10. Shitikova E.V., and Tabunshhik G.V. Innovacionnye metody upravlenija processom issledovatel'skih ispytanij GTU NP [Innovation Approaches for Research Test Process Man-agement of Gas Turbine Units], (2012), Vos-tochno-evropejskij Zhurnal Peredovyh Tehnologij Publ., Vol. 3/10 (57). pp. 27 – 32 (In Russian).
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17 Aug 2019

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