Advanced Control Methods for Industrial Processes

An ideal companion for upcoming and established control engineers; the detailed introduction of mathematical models and included tutorial material is essential for every control engineer.

Contenu

1. Field Elements of classic Control Systems
   
   2. Advanced Control theory fundamentals
   3. Design of a non-linear controller to regulate hydrogen production in a microbial electrolysis cell (MEC)
   4. Comparison in silico of a linear and non-linear controller to increasing electrical energy production in a Microbial fuel cell (MFC)
   5. Optimal control approach applied in the Feed batch bioreactor
   6. Predictor-based control applied to TITO systems for regulating the liquid level in coupled tanks
      7.Temperature robust control applied to a tomato dehydrator with the CLKF approach
   7. Design of an adaptable robust controller: regulation of temperature of a heat exchanger prototype