Subject · Mechanical engineering-master
Dance theory and analytical mechanics
About this subject
Credits
6
Workload
180hours
Semester
Autumn
Academic year
2025-2026
Description
"dance theory and analytical mechanics" subject 060630 is one of the fundamental specialty subjects, designed for graduate students studying mechanical engineering at the master's level and covering advanced dynamic analysis of mechanical systems. the main goal of teaching the subject is to teach undergraduates how to construct the equations of motion of complex mechanical, machine and robot systems by analytical methods and the mathematical analysis of the dance processes occurring in these systems. the variational principles of analytical mechanics, lagrangian, hamiltonian and canonical equations, as well as the theory of free, forced and parametric oscillations of linear and nonlinear systems are deeply explored in the course. at the same time, important research and practical engineering problems such as stability of systems, resonance phenomena and damping of oscillations are given ample space. this subject forms the academic competencies necessary for undergraduates to predict dynamic loadings encountered in the fields of modern mechanical engineering, automation, and device manufacturing, to model dynamic systems, and to conduct independent scientific and research work.
Course learning outcomes
No learning outcomes have been added.