Department's Research

 

 

 

 

• Physics of Nanomaterials and Supramolecular Systems

 

• Study and Numerical Simulation of Forming Processes of Plastic Deformation.

• Study and Modelling of Plastic Deformation

 

• Vibrational Spectroscopy and Supramolecular Dynamics in Electrolyte Solutions and Binary Solvent Blends

 

• Quantum-Chemical Modelling of Supramolecular Structure and Energy and Vibrational Spectra

 

• Studying Short-Range Order and the Supramolecular Organization of Molecules in Binary Solvent Mixtures of Dipolar Aprotic Solvents

 

• The Influence of Solvent, Ionic Hydrogen Bond, Ion-exchange reaction, cation and complex ions on the characteristic time for vibrational dephasing, reorientation and modulation of anion oscillatory frequency.

 

 

• Study on Regularity and Mechanism of High-Speed Dissolution Behavior in Advanced Materials Using Direct and Pulse Current

 

• Development of Electrochemical Final Polishing Technology

• Study of Corrosion and Electrochemical Properties of Ultrafine Crystals and Nanocrystals

 

• Plastic Deformation Influence on Corrosion- and a High Speed Dissolution Behavior of Coarse Grained and Ultrafine Grained Materials

 

• Electrocrystallization mechanism of metal and alloy surfaces at triboactivation and transient conditions, during formation of modified lubricants and Solid Lubricating Layers

 

• Developing Methods of Light-directed chemical synthesis for substance and Material takeoffs

 

• Developing the Science Base and Assays to Create and modify Polymers, Composites and nanomaterials with functional properties

 

 

• Mathematical modelling

 

• Computer Simulation and Modeling of Physical and Chemical Processes for Complex technical systems

• Group analysis of differential equations

 

• Hybrid high-performance computing (HPC)

 

• HYBRID CPU/GPU PLATFORM FOR HIGH PERFORMANCE COMPUTING

 

• Accelerating High Performance Computing Applications

 

• New industrial production and technologies for lightweight, high-strength turbine blades and nodes for next-generation gas-turbine engines (Government decree №218)

 

 

• Developing Software for 3D geological and hydrodynamic modeling of Oilfield

• Modeling Complex Chemical Reactions inside devices for the oil and gas industry

 

• Parallel Computing and distributed data processing (DDP) for technological and Physical processes modeling: Technology implementation

 

Implementing Parallel Processing

 

Implementing parallel processing and parallel database technology

 

• Modelling of friction seam welding

 

 

 

• Group analysis of differential equations of applied mathematics and mechanics, hydrodynamics and gas dynamics, mathematical statistics

• MATHEMATICAL MODELING OF OIL EXTRACTION

 

• MATHEMATICAL MODELING in aerospace and mechanical engineering

 

• Software development for modelling of oil extraction and transportation

 

 

• Function theory

 

• Complex analysis

• Differential Equations of Mathematical Physics

 

• Nonlinear systems

 

• Approximate symmetries and solutions of the Kompaneets equation

 

• Approximated conservation laws for the nonlinear wave equations in anisotropic media having a source

 

• Symmetry properties for systems of two ordinary fractional differential equations

 

• Collapse on instant source of gas on straight line

 

• Approximate symmetries and solutions of the Kompaneets equation

 

 

•  Study  On Linguistic Mechanism

 

• Mechanisms of regulation in speech

 

 

• Social Stratification in the Republic of Bashkortostan

 

• Contemporary Issues in the Republic of Bashkortostan: History and Culture

 

• The Continuity of Intellectual Values in the Russian Society