Gas Turbine Simulation Program – GSP 12.0

Descriptions

Gas Turbine Simulation Program – GSP, The Gas turbine Simulation Program GSP, a component based modelling environment, is NLR’s primary tool for gas turbine engine performance analysis. GSP’s flexible object-oriented architecture allows steady-state and transient simulation of any gas turbine configuration using a user-friendly drag & drop interface with on-line help running under MS-Windows. Gas turbine configurations are simulated by establishing a specific arrangement of engine component models in a model window (view an example model window). GSP is a generic modelling tool capable of modelling virtually any gas turbine engine configuration including (external) loads (like water breaks, pumps, generators, etc).

GSP is primarily based on 0D-modelling (zero-D) of the thermodynamic cycle of the gas turbine. This implies that the flow properties are averaged over the flow cross section areas at the interface surfaces of the component models (inlet and the exit). GSP utilizes component model stacking to create the thermodynamic cycle of the engine of interest. Input of the model configuration is the cycle design, or any known reference point (or preferably several points) of a new engine. Information needed for the cycle configuration, eg. turbine and compressor maps, is readily available from the manufacturer or from the internet (e.g. manufacturer fact sheets, ASME papers, etc.).

Features of Gas Turbine Simulation Program – GSP :

• any kind of gas turbine configuration
• steady-state and transient off-design simulation
• NLR-developed custom components
• user-developed custom components
• object-orientation
• user-configurable graphical & tabular output formats
• backwards compatible
• high execution speed on standard PC’s
• multiple effects on performance
• rapid analysis of complex problems
• simultaneous simulation of multiple models (twin-engine helicopter)
• user configurable control system logic
• user configurable control over equation system

System Requirements

Operating System

Windows OS 10 (64 bit)

CPU

Intel or AMD 2 GHz
processor or faster

RAM

1GB

GPU

SVGA 1280×1024 or
higher @ 256+ colors

Picture

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Size

68 MB