ENME 462 Vibrations, Controls, and Optimization II (ENME462)

This is an old homework/assignment from the course; Vibrations, Controls and Optimization 2. The topics covered in this homework include; transfer functions, close loop control system, block diagram, plant, controller, sensor, Laplace transformation, Laplace domain, differential equations, inverse Laplace transformation, Final Value theorem, system linearity, and time-varying system.

This is an old homework/assignment from the course; Vibrations, Controls and Optimization 2. The topics covered in this homework include; controller gain, percent overshoot, unit step input, steady-state value, block diagram reduction, unity feedback, settling time, steady-state error, damping ratio, and natural frequency,

This is an old homework/assignment from the course; Vibrations, Controls and Optimization 2. The topics covered in this homework include; negative feedback, unity feedback, close loop transfer function, control gain, system damping, settling time, damped frequency, percent overshoot, s plane, second-order system poles, peak response, system response, unit step input, damping ratio, natural frequency, and second-order pair of poles.

This is an old homework/assignment from the course; Vibrations, Controls and Optimization 2. The topics covered in this homework include; transfer functions, signal input, block diagram, reference input, control gain, disturbance, output function, close loop cruise control, and transfer function in the Laplace domain