Springer Model-based Nonlinear Control of Aeroengines - Springer

This comprehensive Springer reference explores systematic design methodologies for model-based nonlinear control of aeroengines, addressing both component-level and identification-based modelling approaches. The book investigates advanced nonlinear control designs including set-point control, transient control, and limit-protection control strategies essential for modern propulsion systems. Model-based design methodologies form the foundation for advanced control and health management of aeroengine systems, enabling fault-tolerant control, engine mode optimisation, and enhanced operational reliability. Designed for engineers and researchers working in aerospace propulsion, this text provides the theoretical framework and practical techniques needed to develop sophisticated control systems for complex aeroengine applications.