Department of Mechanics and Strength of Materials
The courses taught by our department are the basis of general engineering training of specialists for construction industry, subsoil use, aircraft engineering and transport. Highly qualified professors and lecturers work at the department. Students of Bachelor's, Specialist's and Master's degree levels take courses connected with the laws of interaction of elements of mechanical systems, strength calculations of rod and plate structures for static and dynamic effects in linear and nonlinear formulation. and the basics of numerical methods for studying stress-strain state of structures. In the learning process are widely used software systems of engineering analysis. Laboratory classes are held with the use of modern testing equipment. Every year the department organizes student competitions. Master graduates of the department are widely demanded in companies, where information technologies are implemented in design and building constructions. Two postgraduate programs are opened to train academic staff. Let us mention high publication and scientific activity of the teachers at the department, as well as their participation in cultural and sport events at the university.
Key personnel
Tatiana Dmitrieva
Head of the Department:
Department of Mechanics and Strength of Materials
Phone
+7 964-272-7823
Mail
dmitrievat@list.ru
Svetlana Belova
Teaching and Learning Specialist:
Department of Mechanics and Strength of Materials
Phone
+7 950-126-0048
Mail
belovasm@istu.edu
Sofia Marenko
Teaching and Learning Specialist:
Department of Mechanics and Strength of Materials
Phone
+7 908-641-0597
Mail
emy@istu.edu
Natalia Kuznetsova
Training Teacher:
Department of Mechanics and Strength of Materials
Phone
+7 914-872-6046
Teaching staff
Educational programs
Master
Name
Training period
Language
Training period
2 years Language
Russian
Postgraduate
Name
Training period
Language
Research projects
- Engineering analysis of deformable structures taking into account the real features of their behavior on the basis of the limit state equations
- Automated Designing of Building Structures with Optimal Parameters
- Theoretical substantiation of the regional norms of the building examination on the basis of the laser digital images of the structures microdynamic vibrations
- Investigations in mechanics of deformable media in the field of elastic and plastic deformations
- Control of the engineering objects design and construction processes on the basis of the informational models