How to Use GASTURB 12 Software for Gas Turbine Design and Analysis
GASTURB 12 is a powerful software tool that allows engineers and researchers to design and analyze gas turbines for various applications. GASTURB 12 can simulate the performance, emissions, noise, and cost of gas turbines in steady state and transient conditions. It can also optimize the design parameters and compare different configurations and cycles.
In this article, we will show you how to use GASTURB 12 software for gas turbine design and analysis. We will cover the following topics:
How to install and activate GASTURB 12 software
How to create and edit a gas turbine model
How to run a simulation and view the results
How to perform a sensitivity analysis and optimization
How to export and import data and models
By the end of this article, you will have a basic understanding of how to use GASTURB 12 software for gas turbine design and analysis. You will also learn some tips and tricks to make your work easier and more efficient.
How to Install and Activate GASTURB 12 Software
To use GASTURB 12 software, you need to have a valid license and activation code. You can purchase a license from the official website of GASTURB GmbH, the developer of the software. You can also request a free trial version for a limited time.
Once you have a license and activation code, you can download the software from the same website. You will receive a zip file containing the setup file and the user manual. You need to unzip the file and run the setup file to install the software on your computer. The installation process is simple and straightforward. You just need to follow the instructions on the screen and choose the destination folder.
After the installation is complete, you need to activate the software using your activation code. You can do this by opening the software and clicking on the "Help" menu. Then, select "Activate License" and enter your activation code in the dialog box. You will see a confirmation message if the activation is successful. You can also check your license status by clicking on "Help" and then "License Status".
How to Create and Edit a Gas Turbine Model
Once you have activated the software, you can start creating and editing your gas turbine model. You can do this by clicking on the "File" menu and then "New" or "Open". You will see a window with a list of predefined gas turbine models that you can choose from. You can also create your own model from scratch by clicking on "File" and then "New Empty Model".
When you select or create a model, you will see a graphical representation of the gas turbine on the main screen. You can zoom in and out, rotate, and move the model using your mouse. You can also see the details of each component by clicking on it. You will see a table with the input and output parameters of the component on the right side of the screen. You can edit these parameters by typing new values or using the sliders.
You can also add or delete components to your model by using the toolbar on the top of the screen. You can choose from different types of compressors, turbines, combustors, heat exchangers, ducts, nozzles, and more. You can drag and drop the components to your model and connect them with lines. You can also change the order and direction of the components by using the arrows on the toolbar.
How to Run a Simulation and View the Results
After you have created and edited your gas turbine model, you can run a simulation to see how it performs under different conditions. You can do this by clicking on the "Run" menu and then "Start Simulation". You will see a dialog box where you can choose the simulation mode, options, and variables. You can also save your simulation settings for future use.
The simulation mode determines how the software calculates the performance of your gas turbine. You can choose from three modes: Design Point, Off-Design Point, and Transient. The Design Point mode calculates the performance at a single operating point that you specify. The Off-Design Point mode calculates the performance at various operating points that you define in a table. The Transient mode calculates the performance over time as you change one or more variables.
The simulation options allow you to customize some aspects of the simulation, such as the iteration method, convergence criteria, error handling, and output format. The simulation variables allow you to select which parameters you want to vary during the simulation, such as ambient temperature, pressure ratio, mass flow rate, fuel composition, and more.
When you start the simulation, you will see a progress bar on the bottom of the screen. You can pause or stop the simulation at any time by clicking on the buttons on the toolbar. When the simulation is complete, you will see a message on the status bar.
You can view the results of your simulation by clicking on the "Results" menu and then "View Results". You will see a window with a list of output parameters that you can choose from. You can also see graphs and tables of these parameters by clicking on the tabs on the top of the window. You can export these results to Excel or other formats by clicking on the "Export" button. 061ffe29dd