Research work

1. The department engages in extensive scientific and research work.
2. Over 700 patents have been obtained by the department's staff for inventions, with numerous scientific articles published.
3. The department is actively involved in training highly qualified research personnel.
4. Methodological work is conducted through committees on machine parts and applied mechanics, established at the department, which plan to publish educational and methodological guides and oversee the quality control of course projects in these fields.
5. Work is being carried out under the state program theme GB 16-228 'Improving Designs and Calculation Methods for Details, Units, and Mechanisms of Transport and Technological Machines,' led by Professor A.T. Skoybeda.

Research is ongoing in the following areas:

1. Determination of the qualitative correlation of parameters and characteristics affecting the vibrational state, reliability, and ergonomics of complex systems and equipment.
2. Development of principles for constructing dynamic models and methods for determining the equivalent force, inertial, stiffness, and dissipative characteristics of elements in complex systems and equipment.
3. Development of methods for theoretical prediction and experimental detection and elimination of resonances in complex systems.
4. Development of techniques for constructing geometric and finite element models of complex systems.
5. Virtual testing of vibration activity.
6. Analysis of methods and development of principles for using passive and active vibration protection.
7. A doctoral dissertation has been prepared by Senior Lecturer A.A. Sukhotsky on the topic 'Technology of Forming High-Precision Spherical Details of a Wide Range of Diameters from Cubic Blanks.'

In 2002, a set of textbooks and teaching aids on machine parts and applied mechanics was awarded the State Prize of the Republic of Belarus (Professors A.T. Skoybeda and A.V. Kuzmin).

The department hosts a seminar titled 'Improving Methods for Calculating Machine Parts and Drives,' where dissertations and reports of graduate and doctoral students are presented.

Research work of students:

Collection of materials from the 78th Student Scientific and Technical Conference of the Department of Machine Science and Machine Parts at the BNTU repository: https://rep.bntu.by/handle/data/123537

The main thematic areas of subject circles include:

1. Kinematics and dynamics of mechanisms and machines.
2. New mechanisms and machines of modern technology.
3. Vibration activity of machines and mechanisms and methods of vibration protection.
4. Computer information methods for analysis and synthesis.
5. Under the guidance of department faculty, students have conducted research, prepared scientific publications and presentations at various conferences, completed original course projects, and presented reports at the BNTU intra-university conference 'Engineering and Machine Science.'"