PhD in physics and mathematics, associate professor at the Department of Theoretical Physics and Quantum Technologies
- ivanov.ia@misis.ru
+7 905 727-46-40 - Ленинский пр-т., 4
Research interests
- Solidification, cluster mechanism of solid phase growth, phase transitions, kinetics of phase transition, self-organization, fractal parametrization, ab initio calculations and MD.
- Simulation of metallurgical processes (thermal problem, solidification, phase transformations, hydrodynamics).
- Ingots production technology, including large ones. Simulation of chemical, physical and structural inhomogeneities during the solidification; end-to-end simulation of technological processes.
- Digital twins of product life cycle.
- Additive technologies. Control and monitoring of additive process systems.
- Software and hardware development.
Field of knowledge according to the OECD classifier
Computer science — information systems, computer science — software engineering, metallurgy and metallurgical engineering, nanomaterials and nanotechnologies, machine engineering technologies.
2006 — present: associate professor at the Department of Theoretical Physics and Quantum Technologies, NUST MISIS.
2019: deputy general director — director of the Institute of Metallurgy and Machine Engineering, JSC Scientific Production Association “Central Research Institute of Machine Engineering Technology”.
2008: researcher, JSC Scientific Production Association “Central Research Institute of Machine Engineering Technology”.
2001: assistant, MISIS.
2000: researcher at the Lebedev Physics Institute of the Russian Academy of Science.
Postgraduate studies, MISIS
Bachelor’s degree course, master’s degree course, Lomonosov Moscow State University, Faculty of Physics.
Successful implementation of scientific and practical tasks in the field of responsible mechanical engineering, including additive technologies.
Scopus Hirsch Index — 4.
Number of articles on Scopus > 15.
- Digital quality and economic performance control system in manufacturing large high-profile items, including in the energy and nuclear machine engineering.
- Investigation of concentrated energy influence on material properties formation.
- Development of direct control methods of technological processes for metal layer-by-layer laser fusion.
- I.A. Ivanov, A.V. Dub “Using fractal parametrization to simulate the formation of a primary crystal structure in metals”. // Metals — Moscow: ELIZ publishing house, No. 4, 2005, pp.
17-25. - I.A. Ivanov, D.O. Ivanov, A.A. Aksenov, A.V. Dub “Simulation model for foam formation in aluminum melts”. // Metals — Moscow: ELIZ publishing house, No. 6, 2005, pp.
60-65. - V.S. Dub, A.N. Romashkin, A.N. Mal’ginov, E.V. Shamrov, Yu.L. Matveeva, D.S. Tolstykh, I.A. Ivanov “Impact of ingot geometry on its axial sponginess volume”, Electrometallurgy journal, No. 2, 2013, pp.
36-39. - V.S. Dub, A.N. Romashkin, A.N. Mal’ginov, I.A. Ivanov, D.S. Tolstykh “Studying the impact of forging ingot configuration on the distribution of chemical elements by section”, Problems of Iron Metallurgy and Materials Science, 2014, No. 1, pp.
5-19. - A.N. Romashkin, D.S. Tolstykh, A.N. Mal’ginov, V.S. Dub, I.A. Ivanov “Studying the impact of ingot geometry on its solidification features based on cold simulation”. Part III \\ Metallurgist, 2014, No. 4, pp.
47-50. - A.N. Romashkin, A.N. Mal’ginov, D.S. Tolstykh, I.A. Ivanov, V.S. Dub “Impact of ingot geometry on its axial sponginess volume”. Computer Research and Simulation, 2014, vol. 6, No. С.
- A.N. Romashkin, D.S. Tolstykh, V.S. Dub, A.N. Mal’ginov, I. A. Ivanov “Studying the impact of ingot geometry on its solidification features based on cold simulation”. Part II, Metallurgist, No. 3, 2014, pp.
54-57. - A.N. Romashkin, D.S. Tolstykh, A.N. Mal’ginov, V.S. Dub, I.A. Ivanov “Studying the impact of ingot geometry on its solidification features based on cold simulation”. Part III, Metallurgist, No. 4, 2014, pp.
47-50. - A.N. Romashkin, V.S. Dub, I.A. Ivanov, S.I. Markov, A.N. Mal’ginov, D.S. Tolstykh “Development of an integral production process for manufacturing machinery billets based on computer simulation”. Part III, Metallurgist, No. 9, 2014, pp.
109-117. - V.V. Orlov, I.A. Ivanov, V.S. Dub, A.A. Safronov, L.V. Ronkov, A.N. Mal’ginov, I.A. Schepkin, D.S. Tolstykh, D.A. Shurygin, K.I. Balyura “Digital quality and economic performance control system in manufacturing high-profile items in the energy and nuclear machine engineering”. Heavy Machine Engineering, No. 5...6, 2020, pp.
9-14.
- Utility model patent “Device for simulating flux crystallization in a casting form”, 139179 (04/10/2014).
- Utility model patent “Forging steel ingot for manufacturing seamless-forged items”, 123701 (01/10/2013).
- Invention patent “Method of manufacturing hollow ingots from steel”, 2504453 (01/20/2014).
- Invention patent “Forging steel ingot”, 141907 (06/20/2014).
- Invention patent “Heat-resistant alloy”, 2526657 (08/27/2014).
- Utility model patent “Observation device”, 145004 (04/10/2014).
- Utility model patent “Device for controlling videosystem parameters”, 180 291 (06/08/2018).
- Utility model patent “Method of computer network administration and system of implementing such method”, 2309451 (10/27/2007).
- Utility model patent “Computer network administration system”, 47541 (08/27/2005).
- Invention patent “Flux metal for electroslag smelt of solid and hollow ingots from boron steel”, 2656910 (06/07/2018).
2001 — present: NUST MISIS, lectures and practical training for the following courses: electrodynamics, quantum mechanics, electronic theory of solids, theoretical mechanics and theory of elasticity, statistical physics, data analysis, theory of complex variable functions, programming in Linux OS, embedded systems and software engineering and programming of embedded systems.