3credit(s) Transition from classical dynamics to modern high-power turbomachinery. Modes of vibration; rotor dynamics; effects of flow-induced forces; elements of aeroelasticity; modeling of dynamic/rotating, continuous-time systems. Analysis and control of turbomachines. Feedback control systems; open- and closed-loop control for dynamics; stability of dynamic/ rotating systems, control systems design, modeling, compensation, passive/active control, digital control. Prerequisite(s): Graduate standing with ME 350 and ES 440, or equivalent.