Application of theoretical knowledge acquired in higher courses of material strength, Theory of Elasticity and Mechanics in designing and strength calculation and individual constructions. Special attention is directed to defining practical problems which require complex calculation application.

Ability to design from the perspective of strength and rigidity of practical products for industrial production with the utilization of computers.

Optimization of logn pipes with thick walls joined by overlap. Calculation of pipe network of hight pressure overloaded by banding. Rotation disk calculation during various bounary conditions. Calculation of long rotating axis. Calculation of rotating discs overloaded by connections. Calculation of rotation shaft. Frame oscillation. Oscillation of cyrcle and ring plates during various boundary conditions. Rectangular plates oscillation during pivoting. Cyrcle and rectangular plates stability.

Lectures are realized through auditory classes with tables and computer presentations. Practical classes are partially realized through auditory practical classes and partially by computers.