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' …

The exponential growth of renewable electricity generation has transformed significantly the
operating environment of gas turbines. Nowadays, gas turbines operate under transient …

This paper provides a simplified mathematical model of twin shaft gas turbine suitable for
use in dynamic studies of both electric power generation plants and variable speed …

In this study, a Simulink model based on fundamental thermodynamic principles to predict
the dynamic and steady state performance in a twin shaft Industrial Gas Turbine (IGT) has …

Gas Turbine is a complex system and highly non linear in its overall performance. For power
generation applications, it is essential to develop a reliable gas turbine model for simulating …

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 …

Since the development of the first oil fields on the Norwegian Continental Shelf, the
petroleum industry in Norway hasbeen making continuous progress in oil production …

Using industrial gas turbines is on the rise because of their flexibility and structural diversity
in different conditions and different industries. One of the multi-axial turbines produced in …

A simulation program for transient analysis of the start-up procedure of heavy duty gas
turbines for power generation has been constructed. Unsteady one-dimensional …