Development of a steady-state thermodynamic model in microsoft excel for performance analysis of industrial gas turbines
TA Clifford, S Cruz-Manzo, Y Zhang… - IECON 2017-43rd …, 2017 - ieeexplore.ieee.org
In this paper, an off-design performance prediction model for a single shaft industrial gas
turbine (IGT) using Microsoft Excel with Visual Basic for Applications (VBA) programming is
presented. The modelling architecture is comprised of fundamental thermodynamic
equations describing the performance of IGTs. A graphical user interface has been
constructed to allow an easy interaction of the model to predict IGT performance at different
operating conditions. Component characteristic maps for the compressor and turbine with a …
turbine (IGT) using Microsoft Excel with Visual Basic for Applications (VBA) programming is
presented. The modelling architecture is comprised of fundamental thermodynamic
equations describing the performance of IGTs. A graphical user interface has been
constructed to allow an easy interaction of the model to predict IGT performance at different
operating conditions. Component characteristic maps for the compressor and turbine with a …
Development of a steady-state thermodynamic model in Microsoft Excel for performance analysis of industrial gas turbines
A Latimer, T Clifford, S Cruz-Manzo, V Panov, Y Zhang - 2017 - repository.lincoln.ac.uk
In this paper, an off-design performance prediction model for a single shaft industrial gas
turbine (IGT) using Microsoft Excel with Visual Basic for Applications (VBA) programming is
presented. The modelling architecture is comprised of fundamental thermodynamic
equations describing the performance of IGTs. A graphical user interface has been
constructed to allow an easy interaction of the model to predict IGT performance at different
operating conditions. Component characteristic maps for the compressor and turbine with a …
turbine (IGT) using Microsoft Excel with Visual Basic for Applications (VBA) programming is
presented. The modelling architecture is comprised of fundamental thermodynamic
equations describing the performance of IGTs. A graphical user interface has been
constructed to allow an easy interaction of the model to predict IGT performance at different
operating conditions. Component characteristic maps for the compressor and turbine with a …