The present paper deals with a linearization strategy of the non-linear model presenting a
gas turbine with two shafts. Indeed, being able to describe and to explain the various …

In the paper the dynamic non-linear model of single shaft industrial gas turbine was
developed as the first stage of a methodology aimed at the diagnosis of measurement and …

Gas turbines are very important nowadays for electric power generation specially that used
in the Combined Cycle Power Plants (CCPPs). For this electric power generation, the …

This paper presents the second phase of a work intended to set up a methodology for the
performance analysis of gas turbine internal components starting from a limited amount of …

Gas turbine combined cycle power plants are one of the most efficient energy conversion
systems. These systems encompass: a gas turbine cycle, steam turbine cycle and heat …

In this paper, a transient model is developed to simulate the start-up operation of an
industrial twin-shaft gas turbine based on real geometry and control logic. The components' …

A tool for gas turbine dynamic simulation is presented in this work. First, a thermodynamic
model of the engine is presented, capable of predicting engine performance at full and part …

In fossil fuel applications, such as air transportation and power generation systems, gas
turbine is the prime mover which governs the aircraft's propulsive and the plant's thermal …

Modelling and control of gas turbines (GTs) have always been a controversial issue
because of the complex dynamics of these kinds of equipment. Considerable research …

Gas turbines play an important role in power generation and aeroengines. An extended
survey of methods associated with the control and systems identification in these engines …