Сфера научных интересов

Development of technology for thermofrictional processing (at low speeds) with impulse cooling, rotary-frictional turning of parts of bodies of revolution, rotary-frictional milling of flat surfaces, thermofrictional milling of external cylindrical surfaces, friction welding of dissimilar materials, as well as measurement and control of angular and linear dimensions of functionally related surfaces of machine parts.

The scientific school “Resource-saving technologies of thermofriction processing at low speeds” was founded http://www.famous- scientists.ru/school/1446

Disciplines read

Scientific research methods, Agricultural engineering technology

Undergraduates and doctoral students working or defended under the guidance

Defended doctoral students:

• Doctor of Technical Sciences: Hodzhybergenov D.T.;
• PhD doctors: Mazdubay A.V., Rakishev A.K., Musaev M.M., Donenbaev B.S., Gabdysalyk R., Ainabekova S.S., Tusupova S.O., Smakova N.S., Esirkepova A.B., Imanbaev E.B., Sagitov A.A., Karsakova N.Zh.

Working doctoral students:

- PhD doctors: Esirkepov A., Konkybaeva A.N., Berdimuratova D.I., Kardybay S.

Defended undergraduates: more than 40 people. Working undergraduates: 4 people.

Education

1982-1990  Bukhara Technological Institute of Food and Light Industry. Specialty: "Technology of mechanical engineering, metal-cutting machines and tools."

1999  Defense of a Ph.D. thesis in the specialty 05.03.01 - "Processes of mechanical and physical-technical processing, machines and tools" on the topic: "Quality management in a thermo-frictional section with high-frequency cooling" at the Specialized Dissertation Council K.067.07.03 at the A.R. Beruni Tashkent State Technical University.

2010  Defense of a doctoral dissertation on specialty 05.03.01- "Technology and equipment of mechanical and physical-technical processing" on the topic: "Technological assurance of the accuracy and quality of processing of functionally connected surfaces of guideways of metal-cutting machines" at the Dissertation Council D14.17.02 at the K. Satpayev Kazakh National Technical University.

Seniority

1982 –1991 Mechanization Navoi control construction (pupil technician, mechanic repair SDM, toolmaker portion CPD engineer VET).

1991 –2007 Navoi State Mining Institute (Assistant, Senior Lecturer, Deputy Dean of the Energy-Mechanical Faculty (1996-1998), Head of the Department of Mechanical Engineering Technology (1998-2004), Dean of the Energy-Mechanical Faculty (2004-

2007).

2007-2021 Karaganda State Technical University (Associate Professor (2007-2013),    Head    of    the    Department    of    Mechanical Engineering Technology (2014-2015), Professor (2015-2021).

from 2021 to the present Professor of the Department "Technological machines and equipment", S. Seifullin KATU.

Awards, certificates of honor

• Twice winner of the Republican grant of the Ministry of Education and Science of the Republic of Kazakhstan “Best University Teacher (2011 and 2022)”;
• Diploma winner of the Republican competition of achievements in the field of invention “Shapagat 2013”;
• Three times winner (2014, 2018 and 2023) of the State Scientific Scholarship for scientists and specialists who have made an outstanding contribution to the development of science and technology;
• Awarded the “Honorary Mechanical Engineer” badge, 2015;
• Awarded the title “Honored Inventor of the Republic of Kazakhstan”, 2018;
• Twice (2019 and 2021) awarded a Certificate of Appreciation from the KOKSON Ministry of Education and Science of the Republic of Kazakhstan;
• Elected academician of the Kazakh National Academy of Natural Sciences, 2023.

Training

• RUE “Machine-Tool Plant named after. CM. Kirov" (Minsk, Republic of Belarus), 2016;
• OJSC Machine Tool Plant “Red Fighter”, (Orsha, Republic of Belarus), 2016;
• Navoi State Mining Institute (Navoi, Uzbekistan), 2019;
• “Maker” LLP – KLMZ (Karaganda, Kazakhstan), 2020.
• Features of the introduction of a dual training system in the preparation of bachelors of technical sciences. (Courses are 72 hours long). Navoi State Mining Institute (Uzbekistan), 2022;
• Manufacturing technologies and 3D modeling of special axial cutting tools. Calculation and shaping of helical (ruled) surfaces of cutters and drills. on the basis of the LLC Industrial Company MION (Tomsk, Russia), 2022;
• “Methods and methodology of scientific research (theory and practice), Engineering experiments and uncertainty analysis, Automated diagnostics of technological machines” (Courses in the amount of 72 hours). LLP “Center for Innovative Developments “Tumar”, (Astana, Kazakhstan), 2022;
• “Methodology for mathematical processing of scientific results on the development of resource-saving technologies for food and processing industries” RAPID Mechanical Plant LLP (Temirtau, Kazakhstan), 2022;
• Plant of mechanical engineering technologies of the Company “STROJIRNA TYC s.r.o.” (Muto, Czech Republic), 2023

Publications

Author of over 450 scientific and educational works, including 15 monographs, 12 textbooks, 76 study guides, 58 patents for inventions, 28 certificates of state registration of rights to an object (scientific work) of copyright.

Also, more than 90 scientific papers in scientific journals of foreign countries, including 17 in international scientific journals included in the database of the information company Clarivate Analytics Web of Science Core Collection non-zero impact factor and 74 in scientific journals from the list of Scopus.

The most important ones:

1 Sherov K.T. and etc. Research of wear and increasing wear resistance of the working part of busbar punching tools by surfacing method. Journal of Applied Engineering Science, 2024, 22(3), P.654–664. DOI: https://doi.org/10.5937/jaes0- 51175

2 Sherov K.T. and etc. Experimental Study of Improving the Durability of a Cup Cutter by Pre-Processing. Journal of Manufacturing and Materials Processing. 2023; 7(4):146. https://doi.org/10.3390/jmmp7040146

3 Sherov K.T. and etc. Experimental Study and Computer Modelling of Thermal Friction Treatment Process of the HARDOX 450 Steel. / International Review of Mechanical Engineering. 2023. Том 17, Выпуск 7, Р. 305 – 312. DOI: https://doi.org/10.15866/ireme.v17i7.23773

4 Sherov K.T. and etc. The Investigation and Improvement of the Hardness of the Clad Surface by Thermal Friction Milling Methods. / International Journal of Mechanical Engineering and Robotics Research Vol. 11, No. 10, P. 784-792. DOI: https://doi.org/10.18178/ijmerr.11.10.784-792

5 Sherov K.T. and etc. Study of Temperature Distribution in the Tool Blank Contact at Different Thermal Friction Milling Methods. International Review of Mechanical Engineering (IREME), Vol 16, No 9 (2022), P. 483-491. DOI: https://doi.org/10.15866/ireme.v16i9.22512