Explanation
Gas Turbine Simulation Program – GSP The GSP Gas Turbine Simulation Program, a component based on environmental modeling, is NLR’s primary tool for analyzing gas turbine engine performance. The flexible object-oriented framework of GSP allows continuous and transient simulation of gas turbine modeling using a user-friendly drag and drop interface with online help running under MS-Windows. Gas turbine configurations are visualized by customizing the engine types in the model window (see Model window). GSP is a general modeling tools that are able to model actually configuration of any gas turbine engine including (external) loads (such as water breakers, pumps, generators, etc.).
GSP is primarily based on 0D-modeling (zero-D) of the gas turbine thermodynamic cycle. This implies that the flow property is repeated over the flow cross-sectional areas of the surface of the component models (inlet and outlet). GSP uses the coefficients of the component model to generate the thermodynamic cycle of the engine of interest. The input to the model configuration is the cycle design, or known reference point (or preferably several points) for the new engine. Information needed for circuit processing, e.g. turbine and compressor maps, are readily available from the manufacturer or on the Internet (eg manufacturer’s fact sheets, ASME documents, etc.).
Features of Gas Turbine Simulation Program – GSP:
- any type of gas turbine configuration
- Continuous and transient design simulations
- Special parts produced by NLR
- special user-developed components
- object orientation
- User-configurable graphics and chart output formats
- can go back
- high execution speed of standard PCs
- many effects on performance
- quick analysis of complex problems
- Simultaneous simulation of multiple models (twin helicopters)
- user-configurable control system
- User-configurable control of the equation system
System Requirements
Operating system
Windows OS 10 (64-bit)
processor
Intel or AMD 2 GHz
processor or faster
RAM
1GB
gpu
SVGA 1280×1024 or
high @ 256+ colors
pictures
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size
68 MB