Head of the Laboratory: Keller Ilya Ernstovich
Phone: +7 (342) 237-83-07
E-mail:
The Laboratory was established in 1981 at the initiative of Doctor of Physical and Mathematical Sciences, Prof. A.A.Rogovoy. Research interests of the Lab concentrated on finding solutions to the problems of elastic and inelastic deformation of solids at finite deformation. Developing this area required flexible and correct approaches able to describe the deformation of materials exhibiting different rheological behaviors: elastic, thermoplastic, viscoelastic, and viscoplastic. This question remains at the forefront of solid mechanics even now.
The Laboratory team provided a theoretical justification for the increase in shear modulus and in bulk elastic modulus observed in a variety of hydrostatic pressure tests at large deformation. A formalized theory for formulating constitutive equations for complex thermo- elastic –inelastic media with structural changes at finite deformation was developed. Analysis of the rotary drawing process of tube billets was performed, and the capabilities of rubber membranes were investigated in pressure tests.
To date the Lab activities include developing models to study the interactions between polymers, the process of high-temperature oxide-sulfide corrosion of heat-resistant alloys under thermomechanical loading, the behavior of shape-memory materials that respond to deformation and electromagnetic fields, the accumulation of fatigue microdamage under irregular impacts, as well as the processes of plastic failure and residual stress development.
The Laboratory collaborates with many companies and scientific institutions, such as Perm Scientific and Production Instrument-Making Company, UEC-Aviadvigatel, Alfatekh Ltd, Lysva Plant of Enamelware Cookware JSC, V.A. Bely Institute of Mechanics of Metal-Polymer Systems (Republic of Belarus), Novomet-Perm Ltd, and Perm National Research Polytechnic University. The Lab team accomplished problem-solving for the Research Institute of Rubber Coatings and Products (St. Petersburg), S.M. Kirov Scientific Production Association (Perm), Perm Chemical Equipment Plant, and Perm Research Technological Institute.
Formalized approach to construction of constitutive equations for complex media at large deformation
Rogovoy A.A. Formalized approach to constructing solid mechanics models. Monograph (2 parts). 2021, 2023
Construction of a micromechanical model of the behavior of ferromagnetic shape-memory alloys under the action of thermal, force and magnetic fields at large deformations
Rogovoy A.A. et al. Magnetochemistry. 2023. V. 9. No. 2. Article No. 40
Development of methods and programs for deformation, failure and friction testing of materials; identification of their behavior models
Adamov A.A. et al. J. Frict. Wear. 2023. V. 44. No. 3. P. 127–134
Study of the technological processes of metal pressure treatment and additive manufacturing taking into account residual stresses (model, calculation, experiment)
Dudin D.S. et al. J. Sib. Fed. Univ. Math. & Phys. 2024. V. 17. No. 1. P. 75–90
Prediction of the fatigue life of machine components and mechanisms under irregular loading
Petukhov D.S. et al. Proceedings of RAS. SM. 2022. No. 2. P. 72–81
Mechanics and thermodynamics of the behavior of multicomponent solids
Denisyuk E.Ya. Proceedings of RAS. SM. 2018. No.2. P. 54–69