New design and operation of modern gas turbine engines (GTEs) are becoming more and
more complex where several limitations and control modes should be fulfilled at the same …

The micro-turbojet engine (MTE) is especially suitable for unmanned aerial vehicles (UAVs).
Because the rotor speed is proportional to the thrust force, the accurate speed tracking …

Control technologies are innovated to satisfy increasingly complicated control demands of
gas turbine engines. In terms of limit protection control, a novel model-based multivariable …

The Min–Max control strategy is the most widely used control algorithm for gas turbine
engines. This strategy uses minimum and maximum mathematical functions to select the …

This paper presents a comparison between three modeling approaches for a gas turbine
power generation system. These approaches involve artificial neural network (ANN), state …

Featured Application The method that is described in this work can be used to assess the
gas turbine engine performance under different control modes when the engine experiences …

Gas turbines are now extensively used in aviation, oil and gas applications and power
generation. With this increasing use in a diverse range of applications, gas turbine engines …

Various industrial applications rely on Gas Turbines (GTs) for power generation. The control
task of power generation GTs is a challenging task considering the GT nonlinear multi time …

Motivated by the growing technology of control and data processing as well as the
increasingly complex designs of the new generation of gas turbine engines, a fully automatic …

The turbofan engine controller is responsible for providing the thrust requested by the pilot,
while maintaining structural and operational constraints. Therefore, the strategies used to …