IHOR MLADETSKYI

 

Scientific degree

Doctor of Technical Sciences

(1992)

 

Academic title

            Professor

            (1996)

 

e-mail

            mladetskyi.i.k@nmu.one

 

Scientific profile

            Scopus

            Google Scholar

 

Awards

"Higher Education Excellence" award (2004);

"For Devotion to the University" medal (2014).

 

Education

Graduated from the Kharkiv Institute of Mining Mechanical Engineering, Automation and Computer Engineering (now the University of Radio Electronics) with a degree in electromechanical mining engineer for automation;

 

Place of work

Professor of the Department of Ecology and Technologies of Environmental Protection of the Dnipro University of Technology, Dnipro, Ukraine;

 

Additional employment

-        Member of the interdepartmental seminar on the examination of dissertations in the specialty "Mineral beneficiation" and the methodological commission in the specialty "Mining".

-        Member of the specialized scientific council D 08.080.02.

Main professional disciplines taught

"Theoretical foundations of separation processes"; "Basics and terminology in the field of mining"; "Testing and control of mineral enrichment processes"; "Technological calculations in mineral enrichment"; "Synthesis of mineral enrichment technologies"; "Technological support of standardization of quality indicators"; "Promising technologies of mineral enrichment"; "Technological properties of minerals", "Technological management in mineral beneficiation based on information technologies", "Theoretical foundations of the synthesis of mineral beneficiation technologies", "Technological problems of material processing".

Professional experience

-        Worked in the Donetsk commissioning department at the lifting machine division (1967-68).

-        SRC engineer, junior researcher of the department of automation of production processes (1970)

-        Associate Professor of the Department of Mathematical Methods of Operations Research (1976),

-        Professor of the mineral beneficiation department (1996-2022).

-        Served in the Soviet Army as the commander of a battery of jet installations (1969-1970)

-        Completed an internship at the Institute of Technical Mechanics of the National Academy of Sciences of Ukraine and the State Space Agency of Ukraine (ITM NASU and DCAU) (2020)

 

Scientific potential

Author of 180 scientific works, incl. 15 inventions. Current research – control systems of technological processes with a large inertia.

The area of scientific interests

Synthesis of mineral enrichment technologies; modeling of stage schemes for processing raw materials and materials; automation of technological processes and productions; development of theoretical foundations of separation processes; measurement of quality indicators of iron ores transported in the form of pulp flows; theoretical basis of separation of finely divided flocculating particles; theoretical estimates of the parameters of the discovery of valuable minerals that are interspersed; scientific foundations of the development of enrichment technologies based on the necessary technological characteristics of enrichment devices with specified properties; substantiation of the minimum mass of samples when testing raw materials.

Publication

1.               Pryadko, N., Mladetsky, I., Dziuba, S., Ternova, K. (2022) Investigation of the control characteristics of mineral processing technology indicators IOP Conference Series: Earth and Environmental Science.

2.               Hlukhoveria, M., Mladetskyi, I. Levchenko, K. Berezniak, O. Naukovyi Visnyk Natsionalnoho Hirnychoho Universytetu., (2022) BENEFICIATION PROPERTIES OF ASH-AND-SLAG DUMPS.

3.               Beshta, O.S., Kuvaiev, V.M., Mladetskyi, I.K., Kuvaiev, M.V. ULPA particle separation model in a spiral classifier. Naukovyi Visnyk Natsionalnoho Hirnychoho Universytetu, (2020)

4.               Mladetsky, I.K., Kuvaiev, Ya.G., Pryadko, N.S. Naukovyi. Control regularities of the useful mineral extraction from ore feed stream with autogenous grinding. Spectral analysis. Visnyk Natsionalnoho Hirnychoho Universytetu,2019