Chapter 18: Cross-Domain CCD Applications

Common principles across different engineering systems¶

Different fields use different names, but share physical dynamics, authority, information, active constraints, architecture, multiple timescales, and implementation limits.

Learning objectives¶

After completing this chapter, you should be able to:

1. explain and apply structures and vehicles;

2. explain and apply robot morphology;

3. explain and apply energy and thermal systems;

4. explain and apply networks and buildings;

5. formulate and verify the chapter methods on mini-cases in aircraft, spacecraft, robots, precision stages, vehicles, microgrids, and assistive devices.

Mathematical lens¶

The recurring quantities are domain plant, sensors, actuators, control architecture, disturbances, and value metrics:

Running example¶

The recurring example is mini-cases in aircraft, spacecraft, robots, precision stages, vehicles, microgrids, and assistive devices. Retaining one system prevents apparent improvements from being caused by changed physics, information, loads, or metrics.

Recommended workflow¶

1. identify shared pattern.

2. map variables.

3. locate coupling.

4. choose CCD method.

5. transfer validated insight.

Chapter map¶

1. Aerospace Structures and Flight Control

2. Spacecraft Structures and Attitude Control

3. Robotics Morphology and Controller Co-Design

4. Precision-Motion and Manufacturing Systems

5. Electric and Hybrid Vehicles

6. Thermal-Management Systems

7. Buildings and Microgrids

8. Networked and Distributed Control Systems

9. Biomedical and Assistive Systems

10. Lessons That Transfer Across Domains