CoursePig com Udemy - Control Systems - From Mathematical Modelling to PID Control

1. ~Get Your Files Here !/1. Mathematical Modelling for Engineering Systems/1. Systems and Signals.mp437.67MB
2. ~Get Your Files Here !/1. Mathematical Modelling for Engineering Systems/2. Mechanical Systems.mp453.61MB
3. ~Get Your Files Here !/1. Mathematical Modelling for Engineering Systems/3. Electro-mechanical Systems.mp498.66MB
4. ~Get Your Files Here !/1. Mathematical Modelling for Engineering Systems/4. Laplace Transforms.mp468.58MB
5. ~Get Your Files Here !/1. Mathematical Modelling for Engineering Systems/5. Laplace Transforms Solving Linear Differential Equations.mp463.84MB
6. ~Get Your Files Here !/2. Systems Dynamics/1. Transfer Functions.mp463.36MB
7. ~Get Your Files Here !/2. Systems Dynamics/2. Stability and Block Diagrams.mp487.4MB
8. ~Get Your Files Here !/3. Control Theory/1. Control Objectives and Open Loop Control.mp483.36MB
9. ~Get Your Files Here !/3. Control Theory/2. Closed Loop Control.mp463.06MB
10. ~Get Your Files Here !/4. Automatic Continuous Time Controller Design/1. The Proportional Controller (P).mp465.11MB
11. ~Get Your Files Here !/4. Automatic Continuous Time Controller Design/2. The Proportional Integral Controller (PI).mp493.25MB
12. ~Get Your Files Here !/4. Automatic Continuous Time Controller Design/3. The Proportional Derivative Controller (PD).mp459.06MB
13. ~Get Your Files Here !/4. Automatic Continuous Time Controller Design/4. The Proportional Derivative Feedback Controller (PDFB).mp450.82MB
14. ~Get Your Files Here !/4. Automatic Continuous Time Controller Design/5. The PID Controller and Ziegler Nichols Design Method.mp493.8MB
15. ~Get Your Files Here !/4. Automatic Continuous Time Controller Design/6. Course Discount Model a Car and Design a PID Controller in MATLABSIMULINK.mp44.44MB