Matsui Anatolii

@kntu.kr.ua

Faculty of Construction, Transport and Energy
Central Ukrainian National Technical University

Matsui Anatolii


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https://researchid.co/matsui_a

RESEARCH, TEACHING, or OTHER INTERESTS

Control and Systems Engineering, Information Systems, Modeling and Simulation, Control and Optimization
11

Scopus Publications

185

Scholar Citations

6

Scholar h-index

2

Scholar i10-index

Scopus Publications

  • Study of rock fracture patterns for obtaining the basis for energy-efficient ore ball milling
    Vasyl Kondratets, Anatolii Matsui, Dmytro Brovko, Oksana Demchyshyna
    Iop Conference Series Earth and Environmental Science, 2024
    The study is conducted using methods of analysis (in proving the possibility of assessing the disintegration of rocks by energy consumption), methods of free vibration theory (to determine the motion of a falling ball over an elastic connection), methods of energy balance, methods of theoretical mechanics and material resistance (to study amplitude characteristics of mechanical systems), methods of rock fracture theory (to determine fracture work), physical modeling (to design test benches) and experimental methods (to find relationships between parameters). The strength of bulk crushed material in the first stages of ore preparation is practically independent of its coarseness and solid form, which allows the estimated volume of disintegrated ore (particle concentration) to be determined by the energy expended, translated into other physical quantities. Results of experimental studies support the theoretical dependences. The proposed approach of automatic stabilisation of solid concentration in the ball mill pulp at the optimum level allows to increase the productivity of ore preparation on the finished grade in the first stages by 10% at reduction of specific power consumption for ore grinding.
  • The impact of low-molecular carboxylic acids on carbon dioxide corrosion of steel in underground gas production equipment in the Dnipro-Donetsk basin fields
    V I Dmytrenko, I G Zezekalo, A V Peremetchyk, A M Matsui
    Iop Conference Series Earth and Environmental Science, 2024
    The work carried out a set of experimental studies to reduce the activity of corrosion processes in underground well equipment. Corrosion of downhole equipment is a complex heterogeneous process. In the complex of factors influencing both magnitude and intensity of corrosion damage, low molecular weight water-soluble carboxylic acids play a significant role. The features of metal-carbon dioxide corrosion (CO2 corrosion) in production well fluid have been established depending on low molecular weight carboxylic acids. It has been revealed that the influence of carboxylic acids in field wells in the initial period of development is reduced to the destruction of protective carbonate films formed as a result of carbon dioxide corrosion of the metal surface. The highest corrosion rate is at the beginning of droplet water condensation since the main factors influencing the corrosion rate (acid concentration and temperature) are greatest at this point. It has been established that the interaction of organic acids with metal occurs in the Dnipro-Donetsk basin fields at the temperature range of 90-110°C and a depth of 3000-3500 m. The interval of action of organic acids on the metal of tubing pipes depends on the regime constancy and operating time of the well. In constant mode, the effect of organic acids is limited to 100-150 m. The effect of corrosion under the influence of organic acids is especially pronounced in wells where the carbon dioxide content is insignificant. The influence of corrosion products on the process speed has been determined. Iron salts of carboxylic acids, formed as a result of corrosion during condensation of aqueous fluid in a well, are subsequently inhibitors of carbon dioxide corrosion of gas industry equipment.
  • Study of Stress Concentration on the Contour of Underground Mine Workings
    Serhii PYSMENNYI, Serhii CHUKHAREV, Andrii PEREMETCHYK, Serhii FEDORENKO, Anatolii MATSUI
    Inzynieria Mineralna, 2023
    Kryvyi Rih iron ore basin consists of complex structured ore deposits and is developed by the underground method at depths of over 1000 m. The underground method is used to mine reserves of rich iron ores with a useful component content of more than 59% applying bulk ore and rock caving systems. This leads to significant changes in the stress state of the rock massif. During underground operations, mine workings are strained and in some cases destructed. As a result, enterprises are constantly increasing operating costs for maintaining mine workings, which adversely impacts the cost of production. Industrial research results demonstrate that in most cases workings fail in their upper part which is vaulted in shape. Available methods for determining the state of rocks around mine workings do not fully take into account physical and mechanical properties of the rocks in which the working is located. The developed technique allows determining not only the destructive pressure impacting the workings, but also the angle at which the destructive force acts. This technique differs from the available ones in taking into account not only mining and geological characteristics of the deposit, but also most factors of physical and mechanical properties of rocks. This technique helps to choose a rational place for driving mine workings at the stage of design, thus avoiding significant additional cost for their maintenance.
  • Development of Technologies for Mining Ores with Instable Hanging Wall Rocks
    Serhii PYSMENNYI, Serhii CHUKHAREV, Ibrahima Kalil KOUROUMA, Vsevolod KALINICHENKO, Anatolii MATSUI
    Inzynieria Mineralna, 2023
    Underground mines of Kryvyi Rih iron ore deposit apply room mining systems or systems with bulk caving of ore and overlying rocks in a ratio of 35% to 65%. Most mines prefer room mining systems with pillar caving due to high, technical and economic indicators. However, when mining certain areas, the problem arises of hanging wall rocks stability. Under the same mining and geological conditions of the deposit, stopes are stable in some areas, but in others waste rocks get in the stope from the side of the hanging wall when a slight exposure is created. Thus, in conditions of instable rocks of the hanging wall, development and improvement of the technology involving room mining is an urgent issue. Analysis of researchers reveals factors that significantly indluence stability of the hanging wall rocks and ore. The developed methods enable determining stability parameters and applying an improved option of room mining system in conditions of the instable hanging wall with the help of a protective ore pillar located at the instable hanging wall. Calculations performed demonstrate that application of the proposed mining system enables an increase in the iron content in the mined ore mass by 0.94%, the increased amount of the ore mass extracted and a profit of 18.73 thousand euros for the whole of a block.
  • DETERMINING EXPERIMENTALLY THE PATTERNS OF THE MANIFESTATION OF THE SOMMERFELD EFFECT IN A BALL AUTO-BALANCER
    Gennadiy Filimonikhin, Volodymyr Yatsun, Anatolii Matsui, Lubov Olijnichenko, Viktor Pukalov
    Eastern European Journal of Enterprise Technologies, 2022
    This paper proposes an experimental method for studying the Sommerfeld effect in auto-balancers or exciters of resonant vibrations of pendulum, ball, or roller type. The method is based on the processing of signals acquired from analog sensors of rotations and vibration acceleration using regression analysis. The method is tested on a specially designed rotor bench on isotropic viscoelastic supports, which executes spatial motion, and an auto-balancer with one ball. Checking the accuracy of the method using stroboscopic lighting demonstrates the accuracy of determining the speed of rotation of the rotor, ball, oscillation frequency of the rotor, etc. with an error of several hundredths of a percent. When fixing the ball relative to the rotor, a classic inertial vibration exciter is obtained. The rotor has two resonant velocities. The Sommerfeld effect is almost not manifested. With a gradual increase in the frequency of the current, the rotor speed increases monotonously. There is no significant slip or jump in the rotor speed. There are two distinct peaks on the amplitude-frequency characteristic. Therefore, such a vibration exciter is not suitable for the excitation of resonant vibrations. With the free placement of the ball in the oil, the behavior of the system changes significantly in the vicinity of the first resonant velocity. The first narrow resonant peak disappears in the roto. Instead, there is a long, gentle resonant rise. It lasts at a current frequency of 9.4 Hz to 19.3 Hz. The amplitude at the reference point on the resonant rise increases from 0.7 mm to 2.84 mm. Therefore, by changing the frequency of the current, it is possible to smoothly change the amplitude of the rotor oscillations by almost 4 times. The maximum amplitude of rotor oscillations is the same as at the first resonance with a fixed ball. Due to the gentleness of the resonant rise, a freely installed ball itself is a reliable exciter of resonant vibrations
  • SELECTION AND RESEARCH OF STABILITY OF THE STEADY STATE MOTIONS OF A SINGLEMASS RESONANCE VIBROMATING MACHINE WORKING ON THE SOMERFELD EFFECT
    Gennadiy Filimonikhin, Volodymyr Yatsun, Anatolii Matsui, Vasyl Kondratets, Vladimir Pirogov
    Eastern European Journal of Enterprise Technologies, 2022
    This paper has defined and investigated for stability the steady state modes of motion of a single-mass resonant vibratory machine. The vibratory machine has a platform that is supported by viscoelastic supports. The platform moves rectilinearly translationally. A vibration exciter is installed on the platform. The vibration exciter consists of N identical loads – balls, rollers, or pendulums. The center of mass of each load can move in a circle of a certain radius with a center on the longitudinal axis of the rotor. Each load, when moving relative to the body of the vibration exciter, is exposed to a viscous resistance force. It was established theoretically that with small forces of viscous resistance and any number of loads, the vibratory machine has jamming modes under which the loads that are collected form a conditional combined load and lag behind the rotor. In this case, there are two bifurcation speeds of the rotor. At speeds less than the first bifurcation speed, the vibratory machine has one single (first) jamming mode. When the first bifurcation speed is exceeded, the second and third jamming modes appear. When the second bifurcation speed is exceeded, the first and second jamming modes disappear. The first jamming mode is resonant. In the cases of two or more loads, the vibratory machine also has an auto balancing mode (no vibrations), under which the loads rotate synchronously with the body of the vibration exciter and mutually balance each other. With small forces of viscous resistance, the computational experiment found that odd jamming modes are stable if they are numbered in ascending order of the frequency of load jamming. An auto-balancing mode is stable at the rotor speeds above the resonance. For the onset of a resonant mode of motion of the vibratory machine, it is enough to slowly accelerate the rotor to a speed lower than the second bifurcation speed. The results reported here are applicable in the design of resonant single-mass vibratory machines with inertial vibration exciters of the ball, roller, or pendulum type.
  • Iron ore underground mining under the internal overburden dump at the PJSC "northern GZK
    S Pysmennyi, S Chukharev, K Kyelgyenbai, V Mutambo, A Matsui
    Iop Conference Series Earth and Environmental Science, 2022
    Deterioration of mining conditions at mining deposits by open pit methods (increased mining depths, reduced ore deposit thickness) leads to an increase in mining costs. In Ukraine, to reduce open pit mining costs, overburden is disposed in temporary internal dumps located directly in the open pit over the ore reserves. Reactivation of pit areas with the temporary internal overburden dump located on them results in a surge of mining operations and deterioration of technical and economic indicators. Increased energy consumption, a decrease in working site parameters, an increase in angles of open pit slopes and stripping lags lead to unprofitability of open pit mining. One of the solutions to the mentioned scientific and engineering problem involves combined mining of deposits by integrated open pit and underground mining operations. The combined open pit-underground mining method enables reducing mining costs and enhancing technical and economic indicators. The suggested schemes for opening reserves located under the internal overburden dump enhance technical and economic indicators of deposit mining through making the internal dump a permanent one. This allows further disposal of overburden into internal dumps. Implementation of scientific recommendations and technological solutions resulted from the research performed (exemplified by the deposit Hannivske, Ukraine) reduces the cost of ore by 1.33 USD/t. At the same time, the total cost of building an underground mine makes 16.4 M USD, which is 30% less than when applying traditional opening vertical shaft schemes.
  • Identification of energy efficiency of ore grinding and the liner wear by a threephase motion of balls in a mill
    Vasyl Kondratets, Anatolii Matsui, Volodymyr Yatsun, Mihail Lichuk
    Eastern European Journal of Enterprise Technologies, 2019
    We have analytically derived an equation that relates the technological parameters of a ball mill, grinding material, to the parameters of a rod primary converter of energy efficiency of ore grinding. By using a method of applying a basic rod primary converter with a large cross-sectional area, at the side end of which large pieces of ore are destroyed at balls impacts, and an additional rod converter with identical parameters and a smaller cross-sectional area, which interacts only with balls, we have achieved invariance in determining the energy efficiency of ore grinding by a ball mill to a change in the motion speed of grinding bodies. We have analytically derived a mathematical model of energy-saving ore grinding by a ball mill with a three-phase motion of grinding bodies, invariant to a change in the length of rods during wear. The model can estimate the energy efficiency of grinding larger pieces of ore based on the resulting volume of crushed large-lump material. The mathematical model includes such constants as the cross-sectional areas of rod primary converters, the initial length of rod primary converters, the length of a basic section of strain gauges arrangement, the value for Young's modulus of the primary converters' material, as well as the changing constants that are defined by the ground material. In addition, the dependence has been derived analytically for determining the length of a main rod primary converter, based on which one can estimate the height of a liner, which wears out in the course of operation.We have devised a functional circuit for the automated control system of energy efficiency of ore grinding by a ball mill that makes it possible to obtain estimation parameters using modern microprocessor tools. According to the devised circuit, one can build algorithms for determining the volume of ore to be crushed, as well as the thickness of a liner in a ball mill, which open up an avenue for developing software products.Computer simulation has proven the possibility of applying the proposed method in order to estimate energy efficiency of ore grinding by a ball mill with a three-phase ball motion. We have established high sensitivity of the proposed approach to a deviation in energy efficiency of ore grinding from the best value. A possibility to estimate the parameter with a relative error of ±2.5 % has been confirmed.
  • Research and neutralizing of spiral deterioration impact to the accuracy of measuring of the volume of sand classifier
    Vasilii A. Kondratets, Anatolii N. Matsui, Wojciech Surtel, Yedilkhan Amirgaliyev, Vladimir Kovalenko, Aigul Iskakova
    Proceedings of SPIE the International Society for Optical Engineering, 2017
    The findings have been expounded of the theoretical research aimed at the disclosure of the precise impact of the wear of the mechanical classifier spiral's working parts on the measurement accuracy of the amount of sand in the inter-turn space based on the sand body height. It has been demonstrated that the wear of the spiral's working parts affects both the amount of sand at a certain value of the height of its body and the measurement accuracy of the height itself, with the measurement conducted by the locating method. At a certain constant height of the sand body, less sand is accommodated in the spiral inter-turn space when the operational wear of the working parts is observed, and that “less” can amount to up to 30%. As a result of the working parts' allowable operational wear, the sand body height measurement vertical line coordinates change leading to a relative systemic error, which can reach 20%. That does not make it possible to directly measure the amount of sand in the inter-turn space based on the height of the sand body. The approaches developed make it possible to neutralize the relative sand body height measurement error and to ensure the determination of the amount of sand based on the height of its body with an error not exceeding the process requirements for that parameter's monitoring accuracy.
  • The features of the specific ore types grinding automated control in the ore preparation process
    Metallurgical and Mining Industry, 2015
  • Modernized multidimensional Wiener filtering of navigational information with noise correction
    S.I. Osadchij, V.O. Zubenko, A.M. Macuj
    2014 IEEE 3rd International Conference on Methods and Systems of Navigation and Motion Control Msnmc 2014 Proceedings, 2014

RECENT SCHOLAR PUBLICATIONS

  • Розпізнавання мінералогічних різновидів залізної руди із застосуванням методів безконтактних неруйнівних вимірювань
    НВ Моркун, СМ Грищенко, АМ Мацуй, ТА Олійник
    Вісник Східноукраїнського національного університету імені Володимира Даля … , 2026
    2026
  • Пархоменко ЮМ
    МД Пархоменко, АМ Мацуй
    ВЧЕНІ ЗАПИСКИ, 220 , 2026
    2026
  • ІНТЕЛЕКТУАЛЬНА МОДЕЛЬ СИСТЕМИ ПІДТРИМКИ ПРИЙНЯТТЯ РІШЕНЬ ДЛЯ УПРАВЛІННЯ ПАСАЖИРОПОТОКАМИ В АЕРОПОРТАХ
    НО Чорногор, ІІ Єніна, АМ Мацуй
    ВЧЕНІ ЗАПИСКИ, 2025356 , 2025
    2025
  • Методи електромагнітного тестування та діагностики радіоантен покоління 5G
    ВК Бондарчук, АМ Мацуй, ВМ Каліч
    Центральноукраїнський науковий вісник. Технічні науки. 2025. Вип. 11 (42), ч … , 2025
    2025
  • Модель шляхів отримання вхідних даних комп’ютерної інтелектуальної системи підтримки оперативного персоналу АЕС
    БЮ Вінтенко, ОА Смірнов, ІВ Миронець, ТВ Смірнова, ОВ Коваленко, ...
    ЦНТУ , 2025
    2025
    Citations: 6
  • РОЗШИРЕНЕ ТЕСТУВАННЯ НА РОЗПОДІЛ ЧИСЕЛ ГЕНЕРАТОРА ПСЕВДОВИПАДКОВИХ ЧИСЕЛ НА ОСНОВІ БІЛЬЯРДА СІНАЯ
    ОО Майданик, АМ Мацуй, ЄВ Мелешко
    Тези доповідей, 68 , 2025
    2025
  • МАТЕМАТИЧНЕ МОДЕЛЮВАННЯ УМОВ СПРАЦЮВАННЯ СТЕРЖНЕВОГО МОЛОЛЬНОГО ЗАВАНТАЖЕННЯ В КАСКАДНОМУ РЕЖИМІ ПОДРІБНЕННЯ РУДИ
    ВО КОНДРАТЕЦЬ, ОМ СЕРБУЛ, АМ МАЦУЙ, ОК ДІДИК
    Прикладні питання математичного моделювання 7 (1), 122-135 , 2024
    2024
  • Тестування генератора псевдовипадкових чисел на основі більярда Синая
    ОО Майданик
    Рекомендовано до друку вченою радою Національного університету «Чернігівська … , 2024
    2024
  • АВТОМАТИЗАЦІЯ АВТОНОМНОГО ПОЛЬОТУ БПЛА З ВИКОРИСТАННЯМ ЗОВНІШЬОГО МОДУЛЯ НАВІГАЦІЇ
    О Майданик, А Мацуй, Є Мелешко
    ПРОБЛЕМИИ ЕНЕРГОЕФЕКТИВНОСТІІ ТАА АВТОМАТИЗАЦІЇЇ ВВ ПРОМИСЛОВОСТІІ ТАА … , 2024
    2024
  • Кондратець ВО
    ОМ Сербул, АМ Мацуй, ВВ Ярмоленко
    ВЧЕНІ ЗАПИСКИ, 3202493 , 2024
    2024
  • Математичне моделювання базових параметрів стержневого завантаження циліндричних млинів як керованих об’єктів
    ВО Кондратець, АМ Мацуй, ОМ Сербул
    Математичне моделювання, 76-85 , 2023
    2023
    Citations: 2
  • МАТЕМАТИЧНЕ МОДЕЛЮВАННЯ ОБ’ЄМУ ЗАХОПЛЕНОЇ ДОЗИ ПУЛЬПИ ЗАВИТКОМ ЖИВИЛЬНИКА В РАЗІ ПОВОРОТУ СИСТЕМИ КООРДИНАТ
    ВО КОНДРАТЕЦЬ, АМ МАЦУЙ, ОМ СЕРБУЛ, МО ФЕДОТОВА
    Прикладні питання математичного моделювання 6 (1), 82-92 , 2023
    2023
  • Збудник резонансних вібрацій спрямованої дії з тілами кочення
    ГБ Філімоніхін, ВВ Яцун, ІІ Філімоніхіна, ЛС Олійніченко, ЄВ Мелешко, ...
    ЦНТУ , 2023
    2023
  • Маятниковий збудник резонансних вібрацій спрямованої дії
    ГБ Філімоніхін, ВВ Яцун, ІІ Філімоніхіна, ІІ Єніна, ЄВ Мелешко, ВІ Гуцул, ...
    ЦНТУ , 2023
    2023
  • АНАЛІЗ ФАКТОРІВ ВПЛИВУ НА ЗМІНУ НОРМИ ВИСІВУ В ПОЛЬОВИХ УМОВАХ
    АМ Мацуй, МС Мірошніченко, АР Бокій, ДЮ Комаров
    Тези доповідей, 83 , 2023
    2023
  • Кондратець ВО
    АМ Мацуй, МО Федотова, МВ Хлєбніков
    ВЧЕНІ ЗАПИСКИ, 4202358 , 2023
    2023
  • ПОКРАЩЕННЯ ХАРАКТЕРИСТИК КУЛЬОВОГО МЛИНА ЯК КЕРОВАНОГО ОБ’ЄКТА В ПРОЦЕСІ РУДОПІДГОТОВКИ
    ВО Кондратець, АМ Мацуй, ОМ Сербул, РВ Тихий
    Вестник Херсонского национального технического университета, 37-43 , 2023
    2023
  • Федотова МО
    АМ Мацуй, ДВ Трушаков, ОМ Сербул
    ВЧЕНІ ЗАПИСКИ, 22023255 , 2023
    2023
  • Генератор псевдовипадкових чисел для системи забезпечення захищеного радіоканалу зв’язку безпілотного літального апарату
    ОО Майданик, ЄВ Мелешко, АМ Мацуй
    Тези доповідей, 39 , 2023
    2023
    Citations: 1
  • Дослідження методів стабілізації відео та будови гіростабілізованих підвісів відеокамер для безпілотних літальних пристроїв
    ОО Майданик, ЄВ Мелешко, АМ Мацуй, СВ Шимко
    ЦНТУ , 2022
    2022
    Citations: 1

MOST CITED SCHOLAR PUBLICATIONS

  • Iron ore underground mining under the internal overburden dump at the PJSC “Northern GZK”
    VM S. Pysmennyi, S. Chukharev, A. Matsui, K. Kyelgyenbai
    IOP Conference Series Earth and Environmental Science, 012008 , 2022
    2022
    Citations: 27
  • Ідентифікація співвідношення руда/вода в процесі подрібнення пісків класифікатора
    МАМ Кондратець В.О.
    Вісник Вінницького політехнічного інституту, 8-12 , 2009
    2009
    Citations: 16
  • Теоретичне і експериментальне дослідження магнітоелектричної системи, що сприймає крупність пісків односпірального класифікатора
    АМ Мацуй, ВО Кондратець
    Електротехніка і електроенергетика, 38-49 , 2017
    2017
    Citations: 7
  • The features of the specific ore types grinding automated control in the ore preparation process
    A Matsui
    Metallurgical and Mining Industry 7 (1), 18-21 , 2015
    2015
    Citations: 7
  • Автоматизація процесів керування розрідженням пульпи при подрібненні руди барабанними млинами
    МАМ Кондратець В.О., Сербул О.М.
    Кіровоград.: «КОД» , 2013
    2013
    Citations: 7
  • Модель шляхів отримання вхідних даних комп’ютерної інтелектуальної системи підтримки оперативного персоналу АЕС
    БЮ Вінтенко, ОА Смірнов, ІВ Миронець, ТВ Смірнова, ОВ Коваленко, ...
    ЦНТУ , 2025
    2025
    Citations: 6
  • Сферична частинка твердого певного розміру як основа процесу моделювання розпушення гірських порід
    ВО Кондратець, АМ Мацуй
    Математичне моделювання, 55-59 , 2015
    2015
    Citations: 6
  • Аналіз умов і засобів ідентифікації розрідження пульпи в приймальному пристрої завиткового живильника
    ВО Кондратець, АМ Мацуй
    Збірник наукових праць Кіровоградського національного технічного … , 2009
    2009
    Citations: 6
  • Моделювання розподілу дробленої руди вздовж конвеєрної стрічки при розвантаженні бункерів
    МАМ Кондратець В.О.
    Інтегровані технології та енергозбереження, 42-50 , 2015
    2015
    Citations: 5
  • Дослідження умов ідентифікації розрідження пульпи при подрібненні пісків класифікатора
    ВО Кондратець
    Академический вестник, 44-48 , 2007
    2007
    Citations: 5
  • Моделювання формування піскового потоку у пісковому жолобі механічного односпірального класифікатора
    АМ Мацуй, ВО Кондратець
    НТУ" ХПІ" , 2016
    2016
    Citations: 4
  • Технічне забезпечення допустимої похибки ідентифікації розрідження пульпи при подрібненні пісків двоспірального класифікатора
    МАМ Кондратець В.О.
    Вісник Криворізького національного університету, 59-63 , 2014
    2014
    Citations: 4
  • Пошук оптимальних умов ідентифікації розрідження пульпи у завитковому живильнику інформаційними технологіями
    ВО Кондратець, АМ Мацуй
    Вісник Криворізького національного університету, 66-71 , 2013
    2013
    Citations: 4
  • Теоретичне дослідження впливу збурень на показання відкритого знизу гідростатичного перетворювача
    МАМ Кондратець В.О.
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    2012
    Citations: 4
  • Теоретичне дослідження впливу збурень на показання відкритого знизу гідростатичного перетворювача
    МАМ Кондратець В.О.
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    2012
    Citations: 4
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    МАМ Кондратець В.О.
    Збірник наукових праць Кіровоградського національного технічного … , 2008
    2008
    Citations: 4
  • Identification of energy efficiency of ore grinding and the liner wear by a threephase motion of balls in a mill
    LM Kondratets V., Matsui A., Yatsun V.
    Eastern-european journal of enterprise technologies., 21–28 , 2019
    2019
    Citations: 3
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    АМ Мацуй, ВО Кондратець
    Monografia pokonferencyjna. Science, research, development technics and … , 2018
    2018
    Citations: 3
  • Моделювання підходів подрібнення різнотипів руд конкретного родовища у кульових млинах замкненого циклу
    АМ Мацуй, ВО Кондратець
    Математичне моделювання, 43-49 , 2017
    2017
    Citations: 3
  • Моделювання середньозваженої крупності твердого в завантаженні кульового млина рудою і пісками класифікатора
    АМ Мацуй, ВО Кондратець
    Математичне моделювання, 59-66 , 2017
    2017
    Citations: 3