Belarusian National Technical University

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FACULTIES

Mechanics and Technology Faculty

Address: Ya. Kolasa Str, 24, building 7, Minsk, Belarus, 220013

Phone: +375 17 292-42-53

E-mail: mtf@bntu.by

NEWS

Delegation of Changchun Vocational Institute of Technology Visits MTF

BNTU Delegation Visits Northeastern University

Master's Studies at MTF

MECHANICAL AND TECHNOLOGICAL

General

The Faculty was founded in 1958 by division of the Mechanical Faculty into the Mechanics and Technology Faculty (MTF) and the Mechanical Engineering Faculty. Great contribution into the foundation and development of the Faculty was made by the Deans: A.M. Dmitrovich (1958-1964), V.S. Pashchenko (1964-1976), B.V. Babushkin (1976-1985), V.M. Korolev (1985-2003), N.I. Ivanitskiy (2003-2013). The achievements of the Faculty are closely connected with the founders of higher engineering education: academicians - V.P. Severdenko, O.V. Roman, A.V. Stepanenko, P.A. Vitiaz and professors - V.I. Beliaev, Y.I. Belskiy, L.S. Liakhovich, D.N. Khudokormov, L.G. Voroshnin and others. Since 2013 the Faculty has been headed by Ihar A. Ivanou, Professor, PhD in Engineering.

Training of students is carried out according to new curricula, corresponding to international standards in engineering education. The Faculty admits students in 6 specialities and 5 specializations to provide engineering graduates for metallurgical industry, mechanical engineering and instrumentation engineering of the Republic of Belarus.

At present the Faculty consists of 8 departments and 6 branches (Physical and Technical Institute of the National Academy of Science of Belarus, Belniilit, Minsk Automobile Plant (MAZ), Minsk Tractor Works (MTZ), Belarusian Steel Works (BMZ), Baranivichi Machine-Tool Plant, the enterprises of BELCVETMET); 10 scientific-research laboratories, 2 scientific-research laboratories for students. Scientific and Technological Park "Politechnic" has been established on the base of the Educational Scientific and Production Centre "Metolit". Teaching is carried out by more than 90 members of academic staff, including 2 Academicians of the National Academy of Science of Belarus, 20 Professors and 50 Associate Professors (PhD in Engineering).

Structure

Machines and Technology of Metal Forming Department;

Metallurgical Technologies Department;

Metallurgy of Casting Alloys Department;

Material Science in Mechanical Engineering Department;

Powder Metallurgy, Welding and of Materials Technology Department;

Foundry Machines and Technology Department;

Occupational Safety;

Chemistry Department.

Specialities

1-36 01 02 "Material Science in Mechanical Engineering";

1-36 01 05 "Machines and Technology of Material Treatment by Pressure";

1-36 01 06 "Welding Equipment and Technology";

1-36 02 01 "Casting Machines and Technology";

1-42 01 01 "Metallurgical Production and Material Treatment";

1-42 01 02 "Powder Metallurgy, Composite Materials and Coatings".

Research

Foundry Machines and Technology Department

Main directions of scientific and innovative activity:

development of complex resource-saving technology of producing technological rigging for heat formation with improved exploitation properties;

research and development of the casting technology of casted instrumental steels with improved durability based on the recycling of steel waste;

research and development of technologies to increase the stability of technological rigging for heat forming owing to the use of protective and lubricating coatings during heat and exploitation processes of dies;

research and development of technology for chemical and thermal durability increase of rigging for heat forming at the stages of manufacturing and repairing (restoring the properties of working surfaces) after exploitation;

implementation of the resource-saving technology of diffusion hardening (carbonitration) of dies for heat forming made of 4X5MFS allowed steels;

development of compositions and technology of producing casted instrumental materials and antifriction alloys for the use in the metal waste recycling;

research and development of mathematical methods and software for stimulation and optimization of technological processes in Casting and metallurgical recast;

development of CAE-systems of technological processes;

creation of systems of management quality control of moulding and core mixtures for Casting, systems of automatic mixture-making equipment, systems of cupola automation, systems of non-sewage water supply of Casting workshops, systems of heat recuperation and utilization from melting and heating furnaces;

aggregates of blend heating;

design of melting and pouring equipment, systems of gas-supply, high-speed turbine mixers for moulding materials;

computer design and simulation of technological processes, design and manufacturing of model rigging at a customer’s request;

manufacturing of auxiliary materials for Casting, press-forging and protective coatings for producing one-use moulds by means of metal rigging, antiburning-on emulsions for producing cast iron and bronze castings, coatings made of water antiburning-on separate compositions for cold forming;

implementation of utilization systems of effusing gases for melting, heating and thermal furnaces;

implementation of automatic control and management systems of ‘SAKS’ mixture-making processes, automated control systems of clay-containing suspension making;

development of the clay-containing DS-V suspension, of the universal humidity meter in a flow USV-1-F, as well as the laboratory device for measuring humidity of Casting mixtures IVL-1;

technological processes implementation of technological rigging for producing non-metallic and rubber-technical products;

diffusion hardening of technological rigging and instruments from special coatings (pastas) while heating for heat-treatment and high tempering;

development of casted instrumental steels and their casting technology from companies own metal waste;

development of boron-containing alloy for the products being operated in conditions of abrasive and hydro-abrasive wear, and technological characteristics of their producing;

development of effective compositions for producing exothermal elements of gaiting systems for steel and cast iron castings.

Powder Metallurgy, Welding and Technology of Materials Department

Main directions of scientific and innovative activity:

research and development of scientific and technological basis of obtaining products and coatings, operated under hard conditions by powder metallurgy methods, overlaying, spraying and welding;

development of nondestructive testing system and diagnostics of responsible equipment and metal constructions, based on the evaluation of metal mechanical properties, its structure and work strain;

reconstruction by means of overlaying of responsible parts and construction elements;

exploration of manufacturing and technology of introduction of a complex modifier into steel melt removing transcrystallization and grinding granules;

exploration of the technology of steel alloying by nickel, molybdenum and cobalt using allowing concentrates, obtained from the recycling of used catalysts;

scientific and technological foundations of obtaining superhard and high-porous composite materials by the methods of magnetron spraying of activated components;

nanotechnology of obtaining and combination of composite materials by means of diffusive processes of interaction in the fusion zone.

Metallurgy of Casting Alloys Department

Main directions of scientific and innovative activity:

development of environmentally friendly refining and modifying additives for alloys treatment of ferrous and non-ferrous metals;

development of the waste recycling technology of ferrous and non-ferrous metals;

development of the technology for obtaining high-strength cast iron with vermicular and spherical graphite;

development of sorption materials with the given properties of various purpose.

Metallurgical Technologies Department

Main directions of scientific and innovative activity:

strategy of the development of the metallurgical industry in the Republic of Belarus;

theory and technology of metallurgical processes;

melting and out-of-furnace treatment of steel in assemblies of the highest technical level;

crystallization, hardening and cooling of ingots and blanks;

technology of heating and thermal treatment of steel in furnaces of various design lines for rolling mills;

mathematical stimulation and optimization of high temperature metallurgical processes.

Material Science in Mechanical Engineering Department

Main directions of scientific and innovative activity:

development and enhancement of methods for hardening of machine parts and mechanisms;

increase of instrument operating durability and technological rigging;

creation of new structural and instrumental materials for mechanical engineering;

development of economically alloyed alligations for hardening and reconstruction of machine parts;

development of energy-saving technology for thermal, chemical and thermal treatment.

Machines and Technology of Metal Forming Department named after S.I. Gubkin

Main directions of scientific and innovative activity:

development of theoretical foundations, technologies and equipment for manufacturing of forging by pressure treatment and multi-purpose components;

research of combined processes of speed pressing-out with plating of core and formative components of blanking rigging;

research and development of production technology of hardwearing components of end effectors for cultivating and fodder harvesting machines by the method of heat plastic deformation;

research and adjustment plastic deformation modes of 45 and 45X structural steels in the interval of maximum allowed heating temperatures aiming at energy consumption decrease. Monitoring of forge-and-press, rolling and wiredrawing technologies and equipment of the Belarusian enterprises. Demand estimation in modernization and equipment replacement, working-out of recommendations for technical re-equipment of these types of production;

development of low-wasted technology and technological rigging for manufacturing of a spring for MAZ heavy vehicles.

International

Foundry Machines and Technology Department

The Department cooperates with the following companies: "Huttenus Albertus" (Germany, Poland), "Genrih-Wagner-Sinto" (Germany), "ABP" (Germany, the USA), "Omega" (the UK), "Furtenbah" (Austria), "Gupatehnik" (Germany), Royal Institution of Technology (the UK), "Freiberg Mining Academy" (Germany), "Kaunas Cast Iron Casting" (Lithuania), "Panevezys Cast Iron Casting" (Lithuania), Krakow Mining Academy (Poland), Ostrava Mining Academy (Czech Republic).

Powder Metallurgy, Welding and Technology of Materials Department

The Department actively cooperates in scientific and educational areas with: the National Technical University of Ukraine "Kyiv Polytechnic Institute" (with the related departments, engaged in powder metallurgy issues and material science), Kazakhstan higher education institutions, KEMPPI company dealers (Finland) in the field of welding equipment and technologies.

Metallurgy of Casting Alloys Department

The Department closely cooperates with the enterprises and research organizations of the Ukraine, Russia, Slovakia, Vietnam, Korea, India, the USA.

Metallurgical Technologies Department

The Department closely cooperates with the specialists of National metallurgical academy of the Ukraine, Moscow State Institute of Steel and Alloys, Dneprodzerzhinsk State Technical University, Chestochowa University of Technology (Poland). A number of textbooks, manuals, monographs, scientific articles have been published in close collaboration with the above mentioned higher education institutions, also within the framework of partnership agreements.

Material Science in Mechanical Engineering Department

The Department closely cooperates with the Institute of Precision Mechanics (Warsaw), Slovak University of Technology in Bratislava, annually the Department takes part in international exhibitions and conferences.

Machines and Technology of Metal Forming Department named after S.I. Gubkin

Scientific research work of the Department includes research work financed by the state budget and industrial enterprises of Belarus and other countries. The Department closely cooperates with the graduates in this field from Russia, Germany, Poland, China, Vietnam, Iran, Egypt and others.