1. Radzyuk A.Yu., Istyagina E.B. Experimental determination of the flow regime in the radial motion of a liquid. Sib. feder magazine university. Engineering and technology. 2014. 7(1). 48–54.
2. Radzyuk A.Yu., Istyagina E.B. Method for determining the dynamic strength of a liquid. Sib. feder magazine university. Engineering and technology. 2017. 10(1). 44–47; DOI: 10.17516/1999-494X-2017-10-1-44-47.
3. Alexander Yu Radzyuk, Elena B Istyagina, Vladimir A Kulagin. Tatyana A Pianykh. Experimental stand for the study of cavitation flow regimes. IOP Conference Series: Materials Science and Engineering. 2018. Vol. 450.
4. Alexander Yu Radzyuk, Vladimir A, Kulagin, Elena B Istyagina, Tatyana A Pianykh and Mike V Kolosov. Determination of the flow regime using the experimental hydrodynamic stand. IOP Conference Series: Materials Science and Engineering. 537(6). 2019.
5. Artem Pianykh, Sergey Bogovalov, Ivan Tronin, Olga Tkacheva, Alexander Radzyuk. 3-D Numerical Modeling of MHD Flows in an Aluminum Reduction Cell. IOP Conference Series: Materials Science and Engineering. 537(6). 2019.
6. Panko V.S., Radzyuk A.Yu., Khramogin P.A. Automated system of dispatching and control of supply ventilation in the foundry department of metallurgical production. Automation in Industry, 2019, No. 4.
7. Radzyuk A.Yu., Kulagin V.A., Istyagina E.B., Pyanykh T.A. Modernization of the cavitation stand for the study of two-phase flow regimes. Sib. feder magazine university. Engineering and technology. 2019, 12(4), 468–475.
8. Alexander Yu Radzyuk, Vladimir A Kulagin, Elena B Istyagina, Tatyana A Pianykh and Mike V Kolosov. Numerical simulation of supercavitation in the constrained flow. IOP Conference Series: Earth and Environmental Science. 315(3), 2019.
9. Radzyuk A.Yu., Kulagin V.A., Istyagina E.B., Pyanykh T.A., Grishina I.I. The determination of the dependence of the cavern length on the flow velocity on an experimental hydrodynamic workbench. Journal of Physics: Conference Series. 1399(2), 2019.
10. A Yu Radzyuk, E B Istyagina1, T A Pyanykh, M P Baranova and I I Grishina. Verification of the results of numerical modeling of the developed cavitation in a cramped flow by experimental data. IOP Conference Series: Materials Science and Engineering. 734(1), 2020. 56 60.
1. Istyagina E.B., Radzyuk A.Yu. Mathematical modeling of heat-technological processes and installations: an electronic textbook. Version 1.0. (tutorial). Krasnoyarsk: IPK SibFU, 2008. 1 electron. opt. disc (DVD). No. GR 0320900272
2. Radzyuk A.Yu. Energy life support systems: course program and method. instructions for completing course work for correspondence students of specialty 140104.65 "Industrial thermal power engineering") (method. instructions). Krasnoyarsk: IPK SibFU, 2009. 12 p.
3. Radzyuk A.Y. Non-traditional and renewable energy sources: course program and method. instructions for completing the control work for students of the correspondence form of study specialty 140104.65 "Industrial thermal power engineering") (method. instructions). Krasnoyarsk: IPK SibFU, 2009. 15 p
4. Istyagina E.B., Radzyuk A.Yu. Mathematical modeling of thermal technological processes and installations: a method of guidance for laboratory work. Krasnoyarsk: IPK SibFU, 2011. – 36 p.