Advanced Dynamics

[0.50] credits · Graduate

This course focuses on the analytical tools required to solve complex dynamic engineering systems. Students develop mathematical models to describe the dynamic behaviour of systems composed of rigid and deformable bodies and apply advanced techniques for vibration analysis. Topics include continuous systems, vibration control, stability of dynamic systems, experimental modal analysis, acoustic resonance, noise control, nonlinear dynamics, machinery condition monitoring, and fault diagnostics. Through practical engineering applications, students learn methods for vibration-based fault detection, machinery health assessment, and diagnostic decision-making. Students are expected to have already taken relevant undergraduate courses in mechanical vibration.