Department of Theoretical Mechanics. Engineering mechanics Academic degree, title, position
Short story
Founded in 1934. Until 1938, teachers of the department were mainly engaged in educational and methodical work. With the arrival of outstanding scientists I.G. Malkin (theory of motion stability, nonlinear oscillations), A.I. Lurie, S.D. Volkova (continuum mechanics), and then E.A. Mityushov (mechanics of anisotropic micro-inhomogeneous materials) began intensive scientific work. As a result, many teachers, using the results of their research, defended their master's and doctoral dissertations. So, to the students of I.G. Malkin can be attributed to I.M. Volka, V.N. Postnikova, V.M. Sokolova, T.S. Steinberg, a student of A.I. Lurie was A.A. Shchuragin, among the students of S.D. Volkova - N.A. Klinskikh, M.L. Komissarova, V.M. Mendelson, A.A. Weinstein and many others. Teachers with other scientific interests also achieved high results (Yu.V. Denisov, A.A. Mironenko, B.V. Trukhin, etc.).
For the first time, graduate school at the department was organized by A.I. Lurie. In 1961 S.D. Volkov recreated the graduate school and acted as a mentor to many graduate students who later became professors, doctors of science and academicians in Yekaterinburg, Perm, and Minsk. He was the first at the department to defend his doctoral dissertation (1965). After more than a ten-year break, the graduate school was restored by his student E.A. Mityushov, under whose leadership 5 candidate's theses and one doctoral dissertation were defended. In 2002, doctoral studies were opened at the department. The first graduate was S.A. Berestova, who now heads the department.
In 1997, the department registered scientific discovery- “Patterns of changes in the heterogeneity of the elastic properties of polycrystals” (author A.A. Vainshtein, Doctor of Physical and Mathematical Sciences, Professor). In 2000, the laureate of the V. Tatishchev and V. de Gennin Prize was Associate Professor Yu.V. Denisov.
In 2006, the Academy IC published a textbook by E.A. Mityushov, S.A. Berestov “Theoretical Mechanics” for mechanical engineering specialties with the stamp of the Ministry of Education.
Scientific directions
- development and application of new information technologies teaching;
- mathematical modeling of spatial structures;
- studying the fundamentals of macro- and microdeformation of isotropic and anisotropic materials under static and dynamic loading.
Teaching staff
provide 20 full-time teachers and 9 part-time teachers working at the university itself and in its branches. Among them are 2 doctors of science and 9 candidates of science.
No. | Academic degree, rank, position | Readable disciplines |
|
Alekseeva Natalya Borisovna | Art. teacher | ||
Berestova Svetlana Alexandrovna | Doctor of Physical and Mathematical Sciences, Associate Professor, Head of Department | ||
Belyaeva Zoya Vladimirovna | Senior teacher | ||
Volkova Marina Vladimirovna | Senior teacher | ||
Vorontsova Olga Anatolyevna | Ph.D., Associate Professor, Associate Professor | Technm, pm |
|
Garipova Tatyana Vasilievna | Senior teacher | ||
Denisov Yuri Viktorovich | Ph.D., Associate Professor, Associate Professor | ||
Druzhinina Tatyana Vladimirovna | Ph.D., Associate Professor, Associate Professor | Tm, technm, sg |
|
Klinskikh Nikolay Andreevich | Ph.D., Associate Professor, Associate Professor | ||
Kreknin Alexey Alekseevich | Tm, technm, pm, mut |
||
Mironenko Alexander Alexandrovich | Ph.D., Associate Professor, Associate Professor | Tm, technm, pm, mut |
|
Mityushov Evgeniy Alexandrovich | Doctor of Physical and Mathematical Sciences, Professor, Professor | ||
Mikhailova Maria Konstantinovna | Art. teacher | ||
Novikova Galina Sarkisovna | Art. teacher | ||
Opletina Elena Evgenievna | assistant | ||
Romanovskaya Elena Mironovna | Ph.D., Associate Professor, Associate Professor | ||
Roshcheva Tatyana Anatolyevna | Ph.D., Associate Professor, Associate Professor | ||
Savina Elena Alexandrovna | Senior teacher | ||
Sokolovsky Boris Veniaminovich | Ph.D., Associate Professor, Associate Professor | Tekhnm, tm |
|
Shterenzon Vladimir Alexandrovich | Ph.D., Associate Professor |
*Disciplines: theoretical mechanics (tm), technical mechanics (technm), analytical mechanics (am), mechanics (m), applied mechanics (PM), special chapters of theoretical mechanics (sg), mechanics elastic body(MUT), static (s)
The course examines the equilibrium and motion of mechanical systems visually, coupled with mathematical rigor, using basic concepts and theorems of mechanics. Traditional theoretical material is accompanied by analysis of exclusively practice-oriented problems with the preparation of 2D and 3D calculation schemes.
The course took 1st place in the category “Best practices for creating open online courses” on the fourth international competition open online courses " EdCrunch Award OOC 2018»
About the course
This course is focused on the implementation of educational programs in areas of training in the field of education “Engineering, technology and technical sciences”. The course contains a systematic presentation of the basic concepts and principles of mechanics, a description of methods mathematical modeling engineering structures and standard machines and mechanisms. The content of the course is focused on preparing for the perception of subsequent disciplines that form the focus of the educational program. The course corresponds to the discipline "Theoretical Mechanics". It can be built into educational programs and as a section of disciplines: technical mechanics, applied mechanics, mechanics.
Format
Weekly course study includes:
- viewing video lectures outlining theoretical principles, video demonstrations of solutions to practice-oriented problems;
- working with an electronic textbook;
- performing training educational assignments with comments on answers, tests, homework and project.
In the last week there will be a final test.
The final assessment of the achieved learning results is formed taking into account the final testing and weekly monitoring data.
Informational resources
- Mityushov E.A. Theoretical mechanics: textbook / E.A. Mityushov, S.A. Berestova. M.: Publishing center "Academy", 2006. 320 p.
- Mityushov E.A. Theoretical mechanics: textbook / E.A. Mityushov, S.A. Berestova. 2nd ed., revised. M.: Publishing center "Academy", 2011. 320 p. (Ser. Baccalaureate).
- Theoretical mechanics in examples and problems / [Z.V. Belyaeva, S.A. Berestova, Yu.V. Denisov and others]; under. ed. E.A. Mityushova. M.: Publishing center "Academy", 2012. 176 p.
Requirements
To successfully complete the course “Engineering Mechanics” you need knowledge of the following courses:
- physics – section “Mechanics” in the volume of intermediate general education;
- mathematics - sections: vector algebra, mathematical analysis (function, limit, derivative, integral), analytical geometry (line, plane, second-order surfaces);
- descriptive geometry– the concept of axonometric projection.
Course program
Learning outcomes
After completing the course, the student will be able to:
- describe the equilibrium and movement of a material point, system material points and systems of solid bodies based on basic concepts, laws and theorems of mechanics;
- draw up 2D and 3D calculation diagrams describing the equilibrium and movement of typical engineering objects;
- select mathematical models to determine geometric parameters and force loads in problems of equilibrium and motion of engineering objects;
- explore the movement of elements of standard machines and mechanisms;
- determine the kinematic characteristics of the elements of standard machines and mechanisms when studying their motion;
- apply the technique of mathematical operations in drawing up and solving equations that describe the equilibrium and movement of engineering objects, according to the obtained mathematical models.
Formed competencies
- the ability to identify the natural scientific essence of problems arising during professional activity, attract the appropriate physical and mathematical apparatus to solve them;
- ability to use laws and methods natural sciences when solving professional problems;
- the ability to present a scientific picture of the world that is adequate to the modern level of knowledge based on knowledge of the basic provisions, laws and methods of the natural sciences;
- the ability to use the basic laws of natural sciences in professional activities, apply methods of mathematical modeling, theoretical and experimental research;
Short story
Founded in 1934. Until 1938, teachers of the department were mainly engaged in educational and methodological work. With the arrival of outstanding scientists I.G. Malkin (theory of motion stability, nonlinear oscillations), A.I. Lurie, S.D. Volkova (continuum mechanics), and then E.A. Mityushov (mechanics of anisotropic micro-inhomogeneous materials) intensive scientific work began. As a result, many teachers, using the results of their research, defended their master's and doctoral dissertations. So, to the students of I.G. Malkin can be attributed to I.M. Volka, V.N. Postnikova, V.M. Sokolova, T.S. Steinberg, a student of A.I. Lurie was A.A. Shchuragin, among the students of S.D. Volkova - N.A. Klinskikh, M.L. Komissarova, V.M. Mendelson, A.A. Weinstein and many others. Teachers with other scientific interests also achieved high results (Yu.V. Denisov, A.A. Mironenko, B.V. Trukhin, etc.).
For the first time, graduate school at the department was organized by A.I. Lurie. In 1961 S.D. Volkov recreated the graduate school and acted as a mentor to many graduate students who later became professors, doctors of science and academicians in Yekaterinburg, Perm, and Minsk. He was the first at the department to defend his doctoral dissertation (1965). After more than a ten-year break, the graduate school was restored by his student E.A. Mityushov, under whose leadership 5 candidate's theses and one doctoral dissertation were defended. In 2002, doctoral studies were opened at the department. The first graduate was S.A. Berestova, who now heads the department.
In 1997, the department registered a scientific discovery - “Patterns of changes in the heterogeneity of the elastic properties of polycrystals” (author A.A. Vainshtein, Doctor of Physical and Mathematical Sciences, Professor). In 2000, the laureate of the V. Tatishchev and V. de Gennin Prize was Associate Professor Yu.V. Denisov.
In 2006, the Academy IC published a textbook by E.A. Mityushov, S.A. Berestov “Theoretical Mechanics” for mechanical engineering specialties with the stamp of the Ministry of Education.
Scientific directions
- development and application of new information technologies for teaching;
- mathematical modeling of spatial structures;
- studying the fundamentals of macro- and microdeformation of isotropic and anisotropic materials under static and dynamic loading.
Teaching staff
provide 20 full-time teachers and 9 part-time teachers working at the university itself and in its branches. Among them are 2 doctors of science and 9 candidates of science.
No. | Academic degree, title, position | Readable disciplines |
|
Alekseeva Natalya Borisovna | Art. teacher | ||
Berestova Svetlana Alexandrovna | Doctor of Physical and Mathematical Sciences, Associate Professor, Head of Department | ||
Belyaeva Zoya Vladimirovna | Senior teacher | ||
Volkova Marina Vladimirovna | Senior teacher | ||
Vorontsova Olga Anatolyevna | Ph.D., Associate Professor, Associate Professor | Technm, pm |
|
Garipova Tatyana Vasilievna | Senior teacher | ||
Denisov Yuri Viktorovich | Ph.D., Associate Professor, Associate Professor | ||
Druzhinina Tatyana Vladimirovna | Ph.D., Associate Professor, Associate Professor | Tm, technm, sg |
|
Klinskikh Nikolay Andreevich | Ph.D., Associate Professor, Associate Professor | ||
Kreknin Alexey Alekseevich | Tm, technm, pm, mut |
||
Mironenko Alexander Alexandrovich | Ph.D., Associate Professor, Associate Professor | Tm, technm, pm, mut |
|
Mityushov Evgeniy Alexandrovich | Doctor of Physical and Mathematical Sciences, Professor, Professor | ||
Mikhailova Maria Konstantinovna | Art. teacher | ||
Novikova Galina Sarkisovna | Art. teacher | ||
Opletina Elena Evgenievna | assistant | ||
Romanovskaya Elena Mironovna | Ph.D., Associate Professor, Associate Professor | ||
Roshcheva Tatyana Anatolyevna | Ph.D., Associate Professor, Associate Professor | ||
Savina Elena Alexandrovna | Senior teacher | ||
Sokolovsky Boris Veniaminovich | Ph.D., Associate Professor, Associate Professor | Tekhnm, tm |
|
Shterenzon Vladimir Alexandrovich | Ph.D., Associate Professor |
*Disciplines: theoretical mechanics (tm), technical mechanics (technm), analytical mechanics (am), mechanics (m), applied mechanics (PM), special chapters of theoretical mechanics (sg), elastic body mechanics (MUT), statics (s)
Historical reference
The Department of Structural Mechanics was created in 1934 by combining the departments of strength of materials (1930) and theory of structures (1934). G.D. was appointed head of the department. Polion. From 1935 to 1940, the department was headed by Stanislav Andreevich Rogitsky, from 1940 to 1948 - L.K. Narets.
In 1948, the department was again headed by S.A. Rogitsky, doctor technical sciences, professor, corresponding member of the Academy of Construction and Architecture of the USSR, Honored Worker of Science and Technology of the RSFSR. Together with the staff of the department, he developed methods for calculating complex rod systems for strength, stability and vibrations based on the method of distributing unbalanced moments. The scientific school he created is known in our country and abroad. His students defended 29 candidate's theses.
Since 1965, Vladimir Vladimirovich Chuvatov became the head of the department, and from 1971 to 1988 the department was headed by Professor Venedikt Ivanovich Klimanov, whose scientific work is related to the calculation of thin-walled structures composed of plates and shells reinforced with ribs. More than 20 Ph.D. theses were defended under his leadership.
Professor Vitaly Konstantinovich Sismekov, Honored Builder of the RSFSR, laureate of the USSR Council of Ministers Prize, worked at the department from 1951 to 2010.
Since 1988, the department has been headed by Professor, Doctor of Technical Sciences Viktor Vyacheslavovich Rogalevich, since 1994 by Professor, Doctor of Technical Sciences Vladimir Vasilyevich Chupin.
Since 2004, the department has been headed by Professor, Doctor of Technical Sciences Alexey Afanasyevich Polyakov.
Department today
The department teaches courses: “Strength of materials”, “Technical mechanics”, “Applied mechanics”, “Mechanics of materials and structures”, “Theory of elasticity”, “Structural mechanics” at the institutes of UrFU and its branches. The student population is very diverse: builders, mechanics, metallurgists, heat and power engineers, chemists and physicists.
The department has a modern laboratory that allows for all types of testing of materials and experimental study of their properties.
The department actively introduces innovative educational technologies into the educational process. Thus, within the framework of the innovation program, Professor A.A. Polyakov and associate professors K.A. Goncharov and O.S. Kovalev developed and introduced into the educational process an educational and methodological complex on the strength of materials. It is a multimedia course that allows you to conduct laboratory work using modern means of communication, for example, using web cameras to broadcast the process of loading an object on the network of the department’s computer class. The testing process can be carried out either in real time, or recorded and stored on a server, which allows the student studying the subject to go to the site at any time convenient for him and observe the deformation of the object on the monitor screen. Testing is carried out in the computer lab laboratory work and defense of term papers.
The department is implementing distance learning, allowing you to organize communication between teachers and students in a virtual environment. Visual aids that are attractive to students are created based on the analysis of practical problems.
The department is actively involved in virtualization educational process, which allows us to better understand the physical processes of deformation that occur in real structures. When performing virtual work, students develop research skills: they can independently change the load, material, parameters of the objects being tested, as well as the time of the process. Thus, the educational process is transferred from a passive form to an active one and the interest of students in studying the discipline increases.
The department currently employs: professors, doctors of technical sciences I.G. Emelyanov, G.A. Orlov, A.A. Polyakov, V.V. Chupin, professor, doctor of physical and mathematical sciences A.N. Kislov, associate professors, candidates of technical sciences E.M. Borodin, F.G. Lyalina, D.E. Chernogubov associate professors, candidates of physical and mathematical sciences O.S. Kovalev, I.V. Polents, S.V. Chernoborodova, senior teachers N.A. Gusakova, I.Yu. Korolkova, O.I. Koroleva, S.E. Selezneva, assistants E.A. Belous, O.E. Nikitina, V.R. Sataev, I.R. Shagiakhmetova, graduate students I.Yu. Ostatochnikov, A.S. Khodak, A.V. Konyushevsky.
The following people work in the educational laboratory: head of the laboratory M.G. Gobova, leading engineer K.E. Bolotin, training masters M.I. Grushina, F.P. Kurnosenko, T.E. Isakova, L.V. Kharitonov.
A particularly significant contribution to the organization of the educational process, increasing the rating of the department and institute is made by professors A.A. Polyakov and V.V. Chupin - Honorary workers of higher professional education of the Russian Federation, associate professors: O.S. Kovalev, F.G. Lyalina, D.E. Chernogubov, head of laboratory M.G. Gobova.
Over the past five years, the department has prepared and published the textbook “Strength of Materials and Fundamentals of the Theory of Elasticity” by A.A. Polyakov, Doctor of Technical Sciences, Professor, and V.M. Koltsov, candidate of technical sciences, associate professor, eight textbooks, four of which are certified as UMO, six electronic publications. In 2008, the textbook was awarded the first prize in the field of educational and methodological and scientific literature UrFU and one of the manuals was awarded a diploma as the winner of the competition dedicated to the 85th anniversary of USTU-UPI “85 gifts to the university.” Published in 2015 tutorial“Structural Mechanics”, authors A.A. Polyakov, F.G. Lyalina, R.G. Ignatov., which was awarded the first prize of the competition in the field of educational, methodological and scientific literature in 2015.
The department's research work is devoted to the development and improvement effective methods calculation of building and mechanical engineering structures, including problems of statics, dynamics and stability of flexible thin-walled and mechanical systems in linear and nonlinear formulation. IN scientific research widely used numerical methods and computer. TO scientific directions The departments include the study of plates and flat shells using variation-difference, collocation methods; composite shells of rotation under strong bending; flange connections; spatial mechanical systems with modified Hooke's joints; mechanical properties of polymer materials under temperature influences, polymer concrete and structures made from it. Research results are reported at international conferences, symposia, published in various publications. Behind last years A doctoral dissertation and one candidate's dissertation were defended at the department, three monographs were published, and 4 patents were received.