Upon completion of this course the student will be able to: 1.Recognize and explain the purpose and importance of modeling and simulation of dynamic systems; 2. Determine and implement different methods for modeling linear electrical, mechanical and electromechanical systems in different domains (time, complex and frequency); 3. Enumerate, describe and use basic methods for modeling the nonlinear system (linearization within the operating point in state space modeling); 4. Define and critically evaluate different methods of numerical simulation of continuous systems on computers (Euler, Tustin, Runge-Kutta, etc.); 5. Simulating dynamic systems using computer support (Matlab and Simulink)
Name | Lectures | Exercises | Laboratory |
---|---|---|---|
BOŽO KRSTAJIĆ | 2x1 4S+1P | ||
LUKA MARTINOVIĆ | 1x1 4S+1P |