Mechanics of engineering structures X01203

Course content:
Stability of the structure. Critical loads. Differential equation compressive rod. Differential equation of a tensile bar. Effects of first and second row. Forced vibrations in structures - damped and undamped. Sources of vibration. Tuning of the structure. Vibrations of systems with a finite number of degrees of freedom. Thin and thick plates. Differential equations. Methods for solving differential equations of higher orders. The method of finite differences. Plates on an elastic substrate. Differential equations shields and coatings. Geometric and physical nonlinearity. Mixed systems. Neural Networks.
Learning outcomes:
Getting to Know the types of advanced analysis of engineering structures subjected to the influence of large axial forces and dynamic excitations. The acquisition of practical skills in solving differential equations of higher order mechanics. Possible applications of artificial intelligence in engineering.