Specialty "Mechanics" is considered universal and widely in demand in the modern high-tech world. Mechanical calculations are necessary in the production of material goods in all sectors of the economy: from the production of household goods, machinery, aircraft, ships and unique equipment to a wide variety of facilities and space rockets. Specialty "Mechanics" is relevant at any time, because progress does not stand still, enterprises design new devices and equipment, build new structures and structures, the creation of which is impossible without clear mechanical research and experiments. If you want to become a true professional in the world of motion and interaction of bodies - welcome to the master of mechanics program. You will get the skills of modeling objects of mechanics, research and analysis of their modern methods, learn the principles of their implementation in modern computer software and computer systems.
Modeling of processes of deformation of shells. Calculation of shells under different types of loading. Shell rotation, flat shell, composite shell. Calculate when paired shells, thermal stresses, condition of strength. Classical theory of plate bending. Methods of calculation of plates and membranes for bending.
Channel, free, jet flows of liquids and gases, heat and mass transfer processes in continuous media. Basic equations of fluid and gas dynamics. Hydrodynamic boundary layer. Basic laws of turbulent motion. Turbulent flow in pipes. Calculation of systems with natural traction, circulation. Modeling of problems in fluid dynamics.
Fundamentals of the theory of stress state of structural elements. Tension-compression. Pure shift. Bend. Torsion. Strength theory. Strength at variable stresses. Critical force calculation. Progressive methods of calculation of structural elements and machine parts for strength, stiffness and stability.
Composition, structure, properties, advantages, classification of composite materials. Fibrous and dispersion-filled composites, their mechanical properties. Structural-mechanical model of the composite. Methods of calculation of mechanical properties of composites. Features of destruction of composite materials.
A mechanic is a versatile and multi-faceted specialist. Master mechanic can choose from a variety of options for specializations, applications and professions. Graduates of the specialty work as researchers, teachers, analysts, logisticians, developers, designers, testers, technologists and specialists engaged in engineering activities in scientific and industrial organizations. Graduates of the specialty are engaged in mathematical and numerical modeling of the movement of various bodies (gas, liquid and solids), calculation and design of mechanical devices, machines and mechanisms, structures and structures, development for the study of the problems of mechanics of software systems, bringing them to the level of practical implementation using modern computer technology.