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2007•Journal of Aerospace PowerRequires access

Modeling of and simulation research on turbofan engine based on MATLAB/SIMULINK

Wenxiang Zhou

Open publisher page 4 citations

Abstract

A generic component-level simulation model of a turbofan engine was developed using graphical modularization technology in MATLAB/SIMULINK graphical simulation environment.With modular block library of SIMULINK and S-function of MATLAB,the goal of this model is to develop a four-layered,modular and highly visible engine structure facing structural diagram.Dynamic simulation was made in SIMULINK,and the model was validated from test data curve.This provides a flexible simulation platform for future research on engine control and fault diagnostics.

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What this paper is about

A generic component-level simulation model of a turbofan engine was developed using graphical modularization technology in MATLAB/SIMULINK graphical simulation environment.With modular block library of SIMULINK and S-function of MATLAB,the goal of this model is to develop a four-layered,modular and highly visible engine structure facing structural diagram.Dynamic simulation was made in SIMULINK,and the model was validated from test data curve.This provides a flexible simulation platform for future research on engine control and fault diagnostics.

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OpenAlex reports 4 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

A generic component-level simulation model of a turbofan engine was developed using graphical modularization technology in MATLAB/SIMULINK graphical simulation environment.With modular block library of SIMULINK and S-function of MATLAB,the goal of this model is to develop a four-layered,modular and highly visible engine structure facing structural diagram.Dynamic simulation was made in SIMULINK,and the model was validated from test data curve.This provides a flexible simulation platform for future research on engine control and fault diagnostics.

Key concepts: Turbofan, MATLAB, Modular design, Component (thermodynamics), Modular programming, Computer science, Block diagram, Simulation

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